H O M E - Svemir, ipak se vrti


Published articles

1. The Oort cloud. Speed of light is not the limit!
2. Why telescopes lie?
3. Why is the universe dark?
4. Where did the blue spectral shift inside the universe come from?

5. The forbidden article: Gravity and anti-gravity
6. The Creation continued on the eighth day
7. Where is that singularity?
8. The atoms - what are they?

9. Who is lying that the earth is old 4.5 to 5 billion years?
10. Do we know all about the Solar system font
11. What if we really register the waves coming in from the past?
12. What are the dimensions of destruction and creation in the Universe?

13. Mars & Life creation in Universe
14. Observing the quasars through rotation
15. Why is the Universe cold?
16. Why did CERN fail?

17. Are we blind or we don't want to see the dark matter!
19. The Universe - what is it?
20. Theory of Zadar
21. The originator of life passed near Mars?

22. Do Not Criticise The Old Lady (NASA) - She Will Not Forgive You For It
23. The universe is rotating, after all

Publication (References)

https://www.academia.edu/21421411/The_Reverse_Influence_of_Cyclones_to_the_Rotation_of_Stars   https://independent.academia.edu/WeitterDuckss other

http://www.ijser.org/onlineResearchPaperViewer.aspx?Weitter-Duckss-Theory-of-the-Universe.pdf  
http://www.ijoart.org/research-paper-publishing_october-2016.shtml Universe and rotation
http://www.ijser.org/onlineResearchPaperViewer.aspx?The-observation-process-in-the-universe-through-the-database.pdf
http://www.ijoar.org/journals/IJOAR/Volume4_Issue11_november2016.html The observation process in the universe
http://www.ijser.org/onlineResearchPaperViewer.aspx?THE-UNIVERSE-IS-ROTATING-AFTER-ALL.pdf
http://www.ijser.org/onlineResearchPaperViewer.aspx?Observation-of-the-Universe-through-questions.pdf
http://www.ijser.org/onlineResearchPaperViewer.aspx?Is-there-fast-and-slow-combustion-of-stars.pdf 2017 .y.
http://www.ijser.org/onlineResearchPaperViewer.aspx?Observing-the-Universe-through-colors--blue-and-red-shift.pdf.pdf
http://www.ijser.org/onlineResearchPaperViewer.aspx?Vacuum-in-space-or-undetected-matter.pdf 2017. y.

http://www.globalscientificjournal.com/researchpaper/Where-did-the-blue-spectral-shift-inside-the-universe-come-from.pdf 2018.y.

etc.

 

The Oort cloud. Speed of light is not the limit!

A hypothesis appeared from the astronomical observations of the other stellar systems that, in its outer regions, the Solar system may also have a gaseous belt. That assumption is even today very often taken as hypothetical, because there is not enough evidence or visible proofs to support it. The objects in the Oort cloud are small; while the rest of the matter is gas (with the use of telescopes, we can barely see Pluto and other bigger or smaller objects in the Kuiper belt, which is significantly closer to us).

Ortov-oblak
The existence of that belt is being proven by the comets, incoming into the interior part of the universe, because their trajectories are outside the Kuiper belt.

The existence of the Oort cloud gives us the opportunity to verify if the movement of matter on the most distant points from the center (Sun) is generally faster and what are the reasons for it.
When the galaxies are a subject matter, that fact was already confirmed by observation. When talking about universe, we know that the most distant objects have the greatest speed; accordingly, the Oort cloud should have a greater speed of rotation around Sun. The speed of Mercury is Ø 48 km/s, Earth 29.8., Saturn 9.6. and Pluto 4.75. The cosmic speed decreases with the increase of their distance to Sun: Makemake 4.4, Eris 3.43, Sedna 1.04, Orcus 0.5, Varuna 0.38, etc. With the increase of distance, the average temperature of the objects is decreasing; the average temperature of the objects in the Kuiper belt ranges from 30 to 50°K, while the average temperature of the Oort cloud is estimated to range from 4 to 12°K.

The objects and comets incoming from the Oort cloud have the average speed greater than those in the Kuiper belt (the data state the average speed of 10 km/s), while a part of them have the speeds greater than all other objects (Hale-Bopp 52.5, Halley’s comet 66, Shoemaker-Levy hit into Jupiter by the speed of ~58 km/s).
Therefore, even though the distance increases, and the speed should be decreasing, it increases drastically. The main reason for this increase is the low temperature that exists in the Oort cloud.
A turning point of the another kind of behavior is the temperature fall below -259°C, i.e., below the
melting point of hydrogen (H2). The objects which start off from the Oort cloud towards the interior part of the Solar system have great starting speeds, which with time (after a number of cycles) decrease.
Low temperatures, below 12°K, make it possible for the objects to achieve great speeds – even though their gravitational forces are weak – speeds that, besides the Oort cloud, exist on the edge of galaxies, as well as on the outer edge of universe.

When we master the technology of low temperatures, we would be able to explore successfully our system. It is necessary to cover the spacecraft plating with the materials which could with magnetization lower the temperature of the spacecraft plating below -260°C (PrNi5 is one of these materials that has this ability, through to superconductivity, i.e., it can be cooled down below 1°K) and when we master the temperatures below the melting point of helium (He), which is -272,14°C or 1°K, we would be able to achieve the speeds greater than the speed of radiation (light) and to start exploring the neighboring stellar systems. The proof is accelerating Voyager.

 

Why telescopes lie?

Even though I was certain we had grasped the modern technology of our telescopes, it seems not to be the case.

By observing the celestial objects the astronomers found out that a red spectral shift increases with the distance, i.e., the objects increase the distance from us faster and faster.  Even Mr. Hubble stated that the universe expands in accordance to his constant, which has been, as time passes, continuously increasing.  The object like Andromeda,  which is relatively close to us, moves 330 km/sec. faster than us, according to the measurements from the end of the last millennium, or 2 000 km/sec., according to the measurements from this millennium. Both measurements were conducted by the same institution. With the distance, the speed is also increasing, therefore the most distant objects – more than 13 billion of light-years away – increase their distance by the speed of 270 000 km/sec., almost the speed of light (9/10). The universe is, therefore, expanding faster and faster.

Here, some problems occur. These the most distant objects that move almost at the speed of light are not in the present time, but these are the objects that were there more than 13 billion of light-years ago! it should actually mean that these objects were moving at that huge speed 13 billion of years ago and that the objects from the recent past move only 300 – 2 000 km/sec. faster than us. It is obvious that the spectroscopy on these telescopes lies when it claims that celestial objects were moving much faster earlier in the past and that now, in comparison, they almost don’t move. The reason for it is the Hubble constant, which does not refer to the past, but to the present and future time.

svemir

Maybe the scientists realized that a malfunction occurred, so they just compensated for the errors – just like in “Star Trek” series – but they did not have time to print the new results!

I am more inclined to trust the telescopes and spectrography, after all, because they state facts.  These facts don’t fit into the scientific theories, which are, besides, only the constructs of mind. To set things right, we must go back to the time of Isaac Newton, the time when there was not so many far-fetched theories.

A rotating object has its movement direction (planets, stars) and that direction is inside the next bigger rotating object (galaxy), which also has a movement direction inside the universe, as a result of rotation… The rotation of universe satisfies the results of the observations: the objects closer to us move slower than the more distant objects, with the most distant objects being the fastest. That is a reflection of the relations inside galaxies – nothing new about it. The telescopes are not designed to foretell the past but to estimate the distance and speed of the celestial objects.

It goes similar with the devices for measuring background radiation, which estimate the distance from the source to the device, i.e. Earth.

Let’s assume it originates from the Big Bang. If a background radiation from 13 billion of years ago travels at the speed of light, while matter at its best travels 10% slower, with taking the same starting place into account – how is it possible for them to meet now? What is the calculation that explains it?

Background radiation arrives from the distance of 13.7 billion of light-years. These data are the same as the distance of the most distant space objects that have been observed. Background radiation arrives from the end of the Universe.

 

Why is the universe dark?

The universe is a vast space that is not very easy to illuminate, though, because the stellar objects are very far from each other.

Nevertheless, a basic problem is not the vast space, but the light itself. The light comes from the Sun to the planets and to all the other objects of our system. Since the intensity of light decreases with the increase of distance, already behind Pluto it is rather dark. When we gaze at the sky at night, we can easily conclude that the range of light is very long (Andromeda is seen with bare eyes, even though it is more than 2 million of light-years far from us). Satellites and telescopes can detect light that has been travelling for more than 13 billion of light-years.

ISS

It is estimated there are some 200 billion of stars in our galaxy only. So many stars that emit light to the endless distances, and yet, we barely have some light. It is enough to leave the atmosphere of Earth to find yourself in the darkness. That is a paradox of the conventional definitions of light. We can see that the Moon reflects the light coming from the Sun and then it comes to Earth, but it is pitch dark between these objects. Maybe there are no photons, which are, namely, light itself, but the light from the Sun reaches Pluto, too, and travels even further into the space – how come it does not illuminate among planets and other objects, but only on their surfaces? It seems that light must be some kind of a magician or some unnatural force when its photons illuminate at some places and don’t illuminate at others. The photons lurk outside the atmosphere; they stalk us from the dark and you are finished unless you have good protective equipment (a protective suit, not a sun lotion).

By the definition, a photon should be the light and the carrier of heat, which is a fact that becomes obvious the moment you get out to the sunlight. Then how come that it is warmer closer to the ground than in the mountains or outside the atmosphere? If a countless quantity of them sets out from the surface of Sun, why can they only be seen on the objects, but not up, in “the vacuum?” Why they don’t illuminate there, too?

A photon is only another delusion, firmly set in the foundations of physics. Obviously, something else is here present because the term “photon”, both as a particle or a particle and wave, does not correspond to the truth, since the photon does not exist. If we compare it to the light, than the light itself would not exist and therefore, the speed of light would not exist either. There are only waves, matter (the visible one) and the event, occurring in the collisions of waves and matter, the product of which is known as the light. The speed of light exists as long as there is matter and when the matter is gone, the light is gone, too, and if there is no light, it is pointless to talk about its speed.

The waves in the collision with the particles (matter) by their blows (work) create friction among the particles, which manifests as the light and heat. Dark matter, which exists among the celestial objects, even though it carries a wave, it decreases its intensity proportionally to the distance increase. It is almost a classical situation: if vacuum really existed, the intensity would not be decreased because there would be nothing to decrease it. The further the wave travels, the weaker it gets; that is why there is a sunset and a very cold weather on Pluto. A lack of atmosphere is another disadvantage to it. Coldness is a characteristic of the dark matter. The lower intensity of the waves, the lower is the temperature, too; that is why the temperature in the Oort cloud ranges from 4 to 12°K and that of the background radiation, which comes from the surface of the universe, is below 3°K.

Since there is no charge in the dark matter, it can not support or produce friction and, as a consequence, neither light nor heat. That is why the universe is dark and cold – it is a basic state of matter which has a mass, but does not have a charge.

 

Where did the blue spectral shift inside the universe come from?

The universe expands at the approximate speed of radiation (270 000 km/sec. (Controversy, this information, look in "Observing the Universe through colors ") and, according to the Doppler effect, all objects in the universe should have a red spectral shift, but it is not the case. It seems that certain objects (galaxies) do not observe the laws of physics and move to the opposite direction from the forces, caused by the explosion of a mini-bubble (which also fails to observe the same laws).

It would, nevertheless, all fit in just fine, if only these events were equally represented in the volume of the universe, but they are not. These events are related only to our “close” neighbours, and those objects that are further away, all the way to the distance of 13.7 billion of light-years, they have a red spectral shift and are distancing from us. I just can’t believe how they didn’t come up with an idea of placing some black hole in our vicinity, to make it responsible for this “mischief” and tell us horrible stories about it swallowing us all at the end.

mapa
Kredit: http://fittedplane.blogspot.hr/2009/12/blue-shifted-galaxies-there-are-more.html

It is interesting that there is quite a number of galaxies that have a blue spectral shift; the data say of no less than 100 and as much as 7 000 of them. They seem to be orderly placed and not randomly scattered around, which can be seen on the enclosed map.
When another galaxies move towards our galaxy, there are two outcomes:

  1. the movement takes place on the same direction (on the same part of the curve),
  2. the movement takes place on some other direction.

In the first scenario, the outcome is a collision and in the other one, a bypass of the objects. For the objects on the same direction to have significantly different speeds, there should be some reasons for it, and here they are not. If one of them would be size, then the dwarf galaxies (Andromeda and Milky Way) that exist between the two would collide sooner, but they either move away or have a status quo. The objects moving on the same direction have a mild red spectral shift because of the circular trajectory. The objects moving on the curve show that the objects are moving away sideways one from another, even though they have the same speed, as if they would not have the same movement direction.

Bypass is a realistic option because the movement directions of these galaxies have different speeds. The speed increases when the objects further from the centre of the universe are been observed (the speeds in the centre of the universe range from 200 to 300 km/sec. and less, and the most distant objects have the speed of 270 000 km/sec.). Andromeda has a negative speed (it is moving towards us), ranged from -300 to -2 000 km/sec., depending on the different measurement results that have been presented: M90: -383 km / sec .; M86: -340 km/sec.; M98: -142 km/sec. It means that Andromeda is a bit further from us towards the direction of the universe’s surface.

After a certain distance it is impossible to register a blue shift, although it has been confirmed beyond all doubts that moving towards, bypassing and colliding of galaxies must definitely result with a negative speed, i.e., a blue spectral shift (approaching of some galaxies to other ones).

sraz-galaksija

Therefore, a blue spectral shift is a common law of nature, significantly present in the universe because of the rotation of the whole volume. The objects closer to the centre rotate relatively slowly and the objects in the outer area of the universe rotate at the fastest speed. The speed of rotation increases in the direction from the centre of the universal volume towards outside, or decreases in the opposite direction, i.e., from the universal surface towards its centre.
2013.y.

galaxies, local groups Redshift km/s Blueshift km/s

Sextans B (4.44 ± 0.23 Mly)   300 ± 0  
Sextans A 324 ± 2  
NGC 3109 403 ± 1  
Tucana Dwarf 130 ± ?  
Leo I 285 ± 2  
NGC 6822    -57 ± 2
Andromeda Galaxy   -301 ± 1
Leo II (about 690,000 ly)  79 ± 1  
Phoenix Dwarf 60 ± 30  
SagDIG   -79 ± 1
Aquarius Dwarf   -141 ± 2
Wolf–Lundmark–Melotte   -122 ± 2
Pisces Dwarf    -287 ± 0
Antlia Dwarf 362 ± 0   
Leo A 0.000067  
Pegasus Dwarf Spheroidal    -354 ± 3 
IC 10   -348 ± 1
NGC 185   -202 ± 3
Canes Venatici I ~  31  
Andromeda III   -351 ± 9
Andromeda II   -188 ± 3
Triangulum Galaxy   -179 ± 3
Messier 110   -241 ± 3
NGC 147 (2.53 ± 0.11 Mly)   -193 ± 3
Small Magellanic Cloud 0.000527  
Large Magellanic Cloud - -
M32   -200 ± 6
NGC 205   -241 ± 3
IC 1613   -234 ± 1
Carina Dwarf 230 ± 60  
Sextans Dwarf 224 ± 2  
Ursa Minor Dwarf (200 ± 30 kly)   -247 ± 1
Draco Dwarf   -292 ± 21
Cassiopeia Dwarf   -307 ± 2
Ursa Major II Dwarf   - 116 
Leo IV 130  
Leo V ( 585 kly) 173  
Leo T   -60
Bootes II   -120
Pegasus Dwarf   -183 ± 0
Sculptor Dwarf 110 ± 1  
Etc.    

  Galaksy Distance billion ly Redsfift (z) Helio radial velocity km / s

GN-z11 ≈13.4 11.09; +0.08; −0.12 295.050 ± 119.917
EGSY8p7 13.2  8.68                /
GRB 090423 13,18 8,2                /
EGS-zs8-1 13,13 7,73                /
z8 GND 5296 13,10 7,51 291.622 ± 120 
     
CID-42  Quasar    3,9 0,359 89.302
     
NGC 4945 11.7 Mly      / 563 ± 3
M58 62 Mly (68) 0.00506 1.517 ± 1
ESO 510-G13 150 Mly      / 3.455 ± 9
NGC 2903 400 Mly      / 9.401 ± 15
4C 37.11 750 Mly   16.500 ± 300
collisions of galaxies (& Cluster)                                         
NGC 2207 i IC 2163 81 ± 39 M ly      / 2741 ± 15/2765 ± 20
Arp 299 (NGC 3690 & IC 694) 130 M ly      /                   /
NGC 5090 i NGC 5091 150 Mly      / 3.420 ± 20/3.530 ± 150
Sextet of Seyfert 190 M ly      /                   /
NGC 6872 and IC 4970 212 M ly 0.015194±0.0001 4555±30 
NGC 7318  300 Mly      / 6.630 ± 23/5.774 ± 24
Tadpole Galaxy 400 M ly      / 9.401 ± 15
CLG J0958 + 4702 4,2 Billion ly 0,390684 -
MS 1054-03 6,757 Billion ly  0,8321 246.759
Spiderweb Galaxy  10,6 Billion ly 2,156 -
LBG-2377 11,4 Billion ly 3,035 265.016
     
Abell 2163      2,7 0,2030 -
Bullet Cluster 3,7 0,296 -
Abell 2744 3,982 0,308 -
MACS J0025.4-1222 6,07 0,586 -
El Gordo 7 0,87 etc.

“Using the Chandra and Hubble Space Telescopes we have now observed 72 collisions between galaxy clusters, including both ‘major’ and ‘minor’ mergers.”

Dependency of light intensity about the influence of dark matter and distance, is described in the articles: Observing the Universe through colors and The causal relation of space and the absence of light in Universe

P.S. Something stinks in the state of Denmark. (From Hamlet)

ULAS J1120+0641
(at a comoving distance of 28.85 billion light-years[note 1]) was the first quasar discovered beyond a redshift of 7.
UDFj-39546284
Subsequently it was reported (December 2012) to possibly be at a record-breaking redshift z = 11.9 using Hubble and Spitzer telescope data, including Hubble Ultra-Deep Field (HUDF).
UDFy-38135539
The light travel distance of the light that we observe from UDFy-38135539 (HUF.YD3) is more than 4 billion parsecs[13] (13.1 billion light years), and it has a luminosity distance of 86.9 billion parsecs (about 283 billion light years).
EGS-zs8-1
The galaxy has a comoving distance (light travel distance multiplied by the Hubble constant, caused by the metric expansion of space) of about 30 billion light years from Earth.[6]
Z8 GND 5296
Due to the expansion of the universe, this position is now at about 30 billion light-years (9.2 Gpc) (comoving distance) from Earth.

Q0906 + 6930
But since this galaxy is receding from Earth at an estimated rate of 285,803 km/s[1] (the speed of light is 299,792 km/s), the present (co-moving) distance to this galaxy is estimated to be around 26 billion light-years (7961 Mpc).
GN-108036
The redshift was z = 7.2, meaning the light of the galaxy took 12.9 billion years to reach Earth and therefore its formation dates back to 750 million years after the Big Bang . Redshift z=7.213
Etc. …

Here are two possibilities.
-This measurement completely change the diameter of our Universe (with 13.7 (8) x 2 billion light-years, to over 32 x 2 billion ly.). or
-Give examples of galakxies are neighboring Universes.

“Here, some problems occur. These the most distant objects that move almost at the speed of light are not in the present time, but these are the objects that were there more than 13 billion of light-years ago! it should actually mean that these objects were moving at that huge speed 13 billion of years ago and that the objects from the recent past move only 300 – 2 000 km/sec. faster than us. It is obvious that the spectroscopy on these telescopes lies when it claims that celestial objects were moving much faster earlier in the past and that now, in comparison, they almost don’t move. The reason for it is the Hubble constant, which does not refer to the past, but to the present and future time. ..
It goes similar with the devices for measuring background radiation, which estimate the distance from the source to the device, i.e. Earth.
Let’s assume it originates from the Big Bang. If a background radiation from 13 billion of years ago travels at the speed of light, while matter at its best travels 10% slower, with taking the same starting place into account – how is it possible for them to meet now? What is the calculation that explains it?“ from Why telescopes lie?

galaxies

Redsfift (z)

Distance billion ly

Km/s  to Earth

M33 -0,000607 2,38-3,07 (Mly) -179± 3
M64 0,001361 24± 7 (Mly) 408±4
CID-42  Quasar 0,359 3,9 89.302
MS 1054-03

0,8321

 6,757

246.759

Q2343-BX442

2,1765

10,7

EQ J100054+023435

4.547

12,2

280.919

TN J0924-2201 5,19 12,523  
Q0906 + 6930 5,47 12,3 299,792 
SSA22−HCM1

5,74

12,7

 

HCM-6A 6,56 12,8  
IOK-1 6,96

12,88

 

ULAS J1120+0641 7,085 12,85  
GN-108036 7,2 12,3  
Z8 GND 5296 7,5078±0,0004 13,1 291.622 ± 120 
EGS-zs8-1

7,7 13,04  
UDFy-38135539

8,55 13,1  
Abell 1835 IR1916 10,0 13,2  
MACS0647-JD 10,7 13,3  
GN-z11 11,09 13,4 295.050 ± 119.917
UDFj-39546284 11,9 13,2  

A classic example of non-compliance with accepted principles. The table shows inconsistent and incorrect application of Hubble constant ( H0 = 71 ± 2 (statistical) ± 6 (systematic) km s-1Mpc-1). It is maliciously adjustment results in a failed hypothesis church, about Big Bang.

2018.y.

 

The forbidden article:

Gravity and anti-gravity

At the beginning of April 2014., this article was removed two times, after having been proclaimed a plagiarism ("Все о космосе и НЛО“), even though it had appeared in 2008., two years before the article that was „plagiarized“, which appeared in 2010.

A quote of a part of the text from the year of 2008: „... Celestial objects rotate around their axes; the rotation creates waves, which travel away from an object and in that way create repulsion forces, which prevent the objects, captured in the orbits around them, from falling onto them. Electromagnetic forces constantly direct smaller objects towards the greater, dominant object, which, due to its rotation, constantly repulses and deflects the incoming object until it gets captured in the orbit of the dominant object. That is why objects oscillate on their trajectories; electromagnetic forces of repulsion and attraction simultaneously affect them… “

A quote from the year of 2004 (Theory of Zadar): “Gaseous systems inside galaxies can be started off by rotation and in the center they create whirls, the objects which are tens of thousands light-years of size. They are the greatest space objects, due to its specific origin and structure.
Supported from within, the rotation of these objects, besides the electromagnetic forces that are proportional to the size of an object, also creates strong repulsion waves, which are proportional to the speed of rotation. “
If academics have been trying to claim the supremacy over this article, then it must be good and valuable text worth reading.

The author of the article: W. Duckss

 

Why the objects don’t simply fall on its central object (a star, a planet, the centre of a galaxy), just as it occurs on the planetary satellites, as well as on Venus and Mercury?

gravitacija

The laws of physics are clear: the bigger the object, the stronger are the EM forces of attraction. Nevertheless, something is wrong when we know that some objects linger in the orbits around the other objects.

It is logical to conclude that the rotation of a central object (an object around which other objects rotate) is here under observation. The rotating objects seize other smaller objects, whereas the objects without a rotation don’t have satellites. Due to the rotation, an object emits synchronous radiation, by which it pushes away the objects in the direction of the rotation. The EM forces that usually have an attraction effect now obtain a repulsion effect, i.e., they push away the objects and prevent them from falling onto a central object.

If a rotation did not existed (which is impossible, due to the atom structure and its bipolarity), there would have existed only straight trajectories from the smaller objects towards the bigger ones, until they explode and vice versa. The whole universe rotates constantly: the stars rotate, as well as the planets that are beyond the reach of the strong EM forces, the galaxies rotate, the universe rotates … The objects’ trajectories are circular, or elliptical, to be more precise. All objects observe that law, even comets and asteroids that visually travel early, firmly observe that law.

Central objects in the centres of the galaxies observe more complex laws that are not based on the physical black holes. Beginning from the stars the size of our Sun, even the low speed rotations cause polar cyclones, which will in time turn into whirlwinds of the galactic size (up to 30 000 light-years). They are able to hold together such a massive objects; the rotation of matter around a whirlwind holds the whole galaxy together.

Astrophysics clearly shows that here we don’t deal with black holes. “Black holes” are by their volume small objects (it has been suggested that the biggest of them are no bigger than a planet). If they were to gather other objects, these should be smaller in volume than the central object. Considering the fact that a black hole is sucking in, the area around it should be clear from its upper and lower side, i.e., there would be no matter at all, and it is not the case.

Whirlwinds have some black hole characteristics, too; they suck in matter at both ends and manage it along the spiral. The appearance of a galaxy proportionally corresponds to the size of a central object. The stars and planets are managed in the equatorial area, just as it is the case with some other objects. Furthermore, attraction and repulsion forces are now balanced (a big object = strong gravity = many objects seized in the orbits around a central object in the equatorial area).

Now we no longer need sheets or other requisites to understand why are the orbits around a central object stable and very long-lasting. When an object increases in size faster than the existing proportion of relations allows, it slowly distances itself and finally becomes independent, if there is luck (our Moon is slowly distancing itself from Earth; Large and Small Magellanic Clouds are distancing from Milky Way,…).

 

The Creation continued on the eighth day

Already at the end of the previous millennium, a research to find a spontaneous disintegration of proton ingloriously failed. At the end of the research it had been stated that a spontaneous disintegration of proton does not take place within the range of 1033 and that it is more likely to happen at the order of magnitude of 1099, which is impossible to verify.

stvaranje

Something interesting and similar takes place when a star explodes. When objects that are 1.4 and more the size of our Sun explode, the accepted term is that an implosion or a collapse of a star took place, under the influence of the gravitational force (at that moment, it equals to 10 masses of the Sun). Accepting the theories which have found the solutions outside physics needs to have serious reasons. Not before 2005./2006. did these reasons become obvious. During an explosion, an object (a star) loses a large part of its mass, which needed to be compensated. That was accomplished by introducing black holes, neutron stars and white dwarfs (by no means red or brown ones!).

A big problem to this subject occurred when the following opinion took place, that matter was created all at once and that it was an unchangeable and finite quantity forever.

Even before the construction of an accelerator, the scientists found out that a disintegration of matter occurs, because they were regularly recording a muon landing from the universe to a laboratory (a muon is a part of a particle, i.e., of a proton, which has a negative charge within a generally positive particle). When colliders appeared, we saw and we can still see how and to what particles matter disintegrates, i.e., how protons, neutrons and electrons disintegrate. There is no doubt whatsoever that a matter disintegrates during the collisions at very high speeds. At that time, the visible matter turns into an invisible one. With a few short delays, which are called the particles, it turns into an elementary matter.

A problem occurs when we don’t want to integrate this knowledge into the already-existing weak theories, which are more inclined to look for the answers in the fairy tales outside the frame of physics. We know very well which percussive forces are created when any star explodes, and yet, we don’t want to consider the results obtained by the colliders as a correct interpretation of the event, just as if it were two different worlds involved. There is an endless quantity of high-value collisions within an explosion, similar or even the same as they occur in the supercollider, and yet again, we continue to interpret the loss of matter and mass outside the frame of physics, rather than through the disintegration of matter. It is clear now why did those stories of the mini black holes appearing in the CERN institute come out; if it was not possible to create mini black holes in these unimaginably strong collisions, how can then exist their larger counterparts – and the conditions for their appearance are almost the same as in the so-called Big Bang.

The period before the colliders’ technology and thus obtained knowledge have appeared can be understood and justified, but by no means can it be done the same way after the knowledge of the possibility for a mass to disappear.

The type 1a stellar explosions need to be related to the stellar objects of a lesser illumination, which are no dwarfs either, because the loss of mass should not be replaced with something that doesn’t exist (there are white dwarfs, which are just the regular stellar objects, the stars in formation), and it is obvious at the larger explosions.

The loss of matter should be replaced the way Fred Hoyle suggested the particles are created, which has, by the way, been confirmed by the sub-atomic research. The formation itself should be related to the quantity of disintegrated matter (he suggested one, and only on Earth billions and billions disappear daily, which has been confirmed by the muon landings from the universe, due to the charge opposition between Earth and muons). The disintegration is the end and the formation of matter is the beginning of the process of the fundamental matter circulation in the universe.

 

Where is that singularity?

Singularity is a place where it all came from, the place where the laws of physics are not observed and the place that is not too far, but also not so close.

It is not here without a good reason – on the contrary, it serves to fulfil a large gap that could not be explained by the Big Bang theory, and besides, it fitted in it very well.

If we were to have a telescope powerful enough, or some other measurement device, we would have been able to see the very beginning of all, the universe hatching out of its shell and developing nicely because of the inflation force and, some 13 billion of years we would have what we have now.

Besides those telescopes on the surface of Earth, there are the following devices: telescopes Hubble and Spitzer, satellites COBE, WMAP, Planck, etc. But, no matter how modern, powerful, good they are, with ever improving options of gathering data, we still have not gone farther than “400 000 years” after the so-called Big Bang. It is obvious that we will not improve already achieved results or get closer to the singularity, no matter how much we invest in new devices and technologies. What is wrong, where is the mistake?

singularnost

By looking into the space, we get the results, expressed in the measurement units of length and we don’t establish history. How is it then possible that, when we register the waves approaching from the distance of 13.7 billion of light-years, we create history based on that fact, except for knowing the distance and that the objects that emit radiation were there that much time ago, which points us to the deduction of the universe’s age? Now we can see on that distance and to see even further, we need to change (frequently changing) opinion of the universe as an isolated unit, as well as that of the length being a distance from the observation point to the observed object. That means that on that distance exist the objects which emit radiation needed for the same to be observed.

If there were a singularity, where would it be, to the south, north, east, west, above our heads or, to the opposite, beneath our feet? Earth is a conditional sphere; how is then possible to see one and the only point, named singularity, from all of its surface points? What, in that case, represent other points that are sideways beneath or above it, or opposite to it – what is there? Our devices can’t see that because we still can’t bend the direction of observation in that way that we can observe forwards and backwards at the same time. They see the universe as it is. The results we have are the presentation of the universe in real measurement units of length, i.e., 13.7 billion of light-years is a distance from the observation point to the observed object.

That object emits radiation all this time and, according to photographs and insight into the universe, it can be concluded that it will continue emitting for the next 13 billion of light-years, just as it had already been emitting before, for as much time as has already passed.

 

The atoms - what are they?

This is a subject about which everything is known. The atom (of hydrogen, H) is a nucleus, consisting of a proton , as well as an electron which circles around the nucleus, thus creating an electron cloud.

atom-unutar-magneta
The atom of hydrogen between powerful magnets (quantum physics US)

The protons and neutrons, as well as the electrons, which can all exist independently under certain conditions, have been isolated in laboratories. So, where is the problem?

It has been concluded by splitting the protons (as well as neutrons and electrons) in the particle colliders that a proton consists of the smaller particles, named quarks (three quarks for Muster Mark). The first problems appeared at this point. A proton would not split into three quarks, practically without an exception (only a few exceptions out of the billions of events have occurred). When a proton is bombarded by an electron in the particle colliders, the three peaks appear (+, - and 0) and these are the quarks. I will now deliberately evade the discussions about the entire series of the so-called particles, which have a very short life span (Lambda-Hyperion, 2.51 x 10-10 sec., sigma-hyperion +0.81, - 1.65 x 10-10 sec., and 0 ~10-14 sec., and so on – only the muons have a somewhat longer existence, 2,2 x 10-6 sec.). The reasons are obviously clear, here we don’t talk about the independently-occurring particles and therefore they can’t join the interrelations in nature.

The most important fact obtained by the colliders is the existence of the stable particles (neutrino, electron, proton with a variation of neutron and photon-energy) and that they participate in the processes of creation. The proton charge can, with the help of muons, be interpreted as bipolar, because the positive charge of Earth attracts only those muons occurring in the collisions of radiation waves with the particles inside the atmosphere of Earth (the disintegration of particles).

The next important fact is that they (protons and neutrons) at the end always split, after a few pauses, into electrons, neutrinos and photons (energy) and the electrons into neutrinos.

Bipolarity of particles (I will not go further from hydrogen here) is discovered through the non-existence of the free particles – they only exist joined into pairs (H2). A particle that has only a positive (or negative) charge – or in other words, a single charge – can not attract another particle with a similar value. Only the opposite (different) charges attract: the positive part of a hydrogen particle attracts the negative part of another hydrogen particle and then they exist as a pair. Why are these not the electrons? In that case, the joining would end as proton (nucleus) with an electron, or more of them, and there would not be the need to join together proton with another proton.

A particle that has only a positive (or negative) charge – or in other words, a single charge – can not attract another particle with a similar value. Only the opposite (different) charges attract: the positive part of a hydrogen particle attracts the negative part of another hydrogen particle and then they exist as a pair. Why are these not the electrons? In that case, the joining would end as proton (nucleus) with an electron, or more of them, and there would not be the need to join together proton with another proton .

Since a proton is by its mass 1 836 times bigger than an electron, it is obvious that they join together to create a larger quantity of the negative charge – that value is above the mass (or charge) of 90 electrons.

By observing the split of proton we can conclude that it consists of a series of neutrinos, with energy as a carrier. It represents a thread made by a few million of these particles and a large number of electrons. That thread is huddled up because of its length and the imbalance of charges at its ends. It has a dominantly positive charge, with an insignificant negative charge. Namely this imbalance is a basis of the particle joining inside the visible matter. The electrons and neutrinos constantly circle around it, because of its dominantly positive charge. By joining of a proton with these particles (two electrons and two neutrinos, with some energy), a neutron is created. It is not permanently stable – only for some 17 minutes. The next round of joining is the opening of the threads of neutrons and protons and in that way forming the structures of the following, more complex atoms.

The forming of neutrino itself (a matter with charge) occurs as a result of different speeds of energy movement in the rotation of the universe. The speeds increase from the center of universe towards its surface. A friction is caused by the work of particles, which is similar to the ionization of particles inside the atmosphere of Earth, occurring at the times of turbulences and different drifts.

The joining (growing) is constant and it has an upper level of sustainability in a natural surrounding (from polonium to uranium). Even though the joining occurs continuously, the particles can not achieve the higher value than this. That the joining occurs continuously, we can tell by the radiation (dispersal) of the biggest atoms. It is a process of balancing, achieved by discharging the surplus, made by the new incoming matter (smaller particles).

The age of some celestial objects (planets, satellites, asteroids…) is measured by the higher representation of the upper elements, those with higher quantities of protons and neutrons inside the atoms. That is only one factor, though. Therefore, we can with certainty expect that these elements don’t occur in significant quantities (related to the mass of an object) on the Moon, on Mars, on the asteroids, on the comets…

 

Do we know all about the Solar system

This is a topic about which we are certain we know it all. There is the Sun, almost a dozen of planets, more than a hundred of satellites, three belts … What is wrong then?

The first thing that attracts our attention is that some planets have many satellites (Jupiter, Saturn, Neptune), and some don’t have a single satellite (Venus, Mercury).

Suncev-sustav

The number of satellites orbiting around a planet is directly related to the mass of a planet and its rotation around its axis.

Small Pluto has a radius of 2 300 km, 0.002 of the Earth’s mass; it has several satellites, one of which is really big, compared to Pluto. Pluto makes a single rotation around its axis in 6.4 days!

Mercury has a radius of 4 880 km, 0.055 of the Earth’s mass; it doesn’t have any satellites and neither does Venus, which radius is 12 104 km and the mass is 0.82 (!) of the Earth’s mass. What they have in common is the lack of rotation (their rotation around their axes is approximately the same as their rotation around the Sun). Jupiter is the greatest planet, with a radius of 142 984 km, 317.8 of the Earth’s mass and it makes a single rotation around its axis in 0.41 days. It has an impressive mass, great speed of rotation and, according to that, the greatest number of satellites, and it has rings, too. A radius of Saturn is smaller, 120 500 km, its mass is 95.2 of the Earth’s mass and it makes a single rotation around its axis in 0.43 days; that is why it has lesser number of satellites and beautiful rings.

The Sun (it is only a celestial object and must abide the laws of physics) has a radius of 1 392 000 km, its mass is 330 000 of the Earth’s mass and it makes 99.86 % of the Solar system mass total. It makes a single rotation around its axis in ~26 days at the equatorial belt and 33.5 in polar belts. Even though its mass is great, its relatively slow rotation is the reason that Sun has only 0.14% of the captured objects in its orbit.
The other planets are also in accordance with the conditions stated above.

Temperature of the objects is the second thing. Besides Sun, more four objects have somewhat significant own temperature, i.e., they produce it on their own. These are: Venus, Earth, Jupiter and Neptune. Jupiter’s satellite Io can also be adjoined to this company.
Generally, all objects that have 10% and more of the Sun’s mass are solar objects, i.e., they produce their own temperature. The objects similar to the masses of Io, Earth, Venus, due to the influence of the electromagnetic forces from Sun or Jupiter (Io), have a melted core, because their mass is sufficient for that in these conditions. When Venus and Earth double their masses, they would become solar objects with their masses far below the needed 10% of the Sun’s mass. Jupiter and Neptune emit twice the energy they receive from the Sun, which is in accordance to their size. They can obtain that only by producing their own temperature, which is a fact that implies the already melted cores of these planets.

The third thing is the fuel they burn. What fuel: petrol, fusion energy, fission energy? None of these. If this was the case, we would have polluted, radioactive universe and we would be immune to all kinds of radiation, but we are not. The core of Earth is melted and hot, but without a trace of radioactivity. With all these volcanoes, we should have an environment similar to that inside the core of a nuclear plant, but we don’t. Obviously, solar objects don’t burn anything similar or anything based on these principles.
By the mass increase of 10% of the Sun’s mass, the objects become solar objects, but also do smaller objects, under right conditions. As an object increases in mass, by collecting other objects, such as comets, meteorites, asteroids, etc, a pressure inside it also grows and after right conditions are fulfilled, the particles begin with a (significant) work. Due to attraction, repulsion, rotation, a friction is being created and its consequence is the increasing temperature. Therefore, the increase of mass over the critical point leads to the increase of temperature. Temperature is also affected by rotation; the faster the rotation, the hotter the objects are.

 

What if we really register the waves coming in from the past?

This article has already been published in “Kolumna +” and it has been the most recent work on the topic of the rotation of universe as the only reality and on the causal consequences that are the result of rotation, i.e., that cause the rotation.

I apologize to the readers for bothering them for too long and for the mistakes that have often been bizarre. Until some other opportunity, maybe already in spring of 2015, when the mission New horizons will have reached Pluto, to convince us that it does not have rings. The calculations are clear: slow speed of rotation around its own axis, small mass, and even though there is very favorable low temperature, there are no rings. But, it is needed to point out that the values are contiguous, which is demonstrated by the mass of its satellites. Related to their home planet, they are in terms of mass by far beyond the average of the Sun and other 8 planets.
The author

It is not all the same when you look at the distant person that strikes something with a hammer and a sound of it coming to us with a noticeable delay. We know that sound comes to us slower than light, but what it would be like if light also comes to us slower than our ability to register it with our observing devices? Would it influence significantly the rotation of universe and the relations within it?
Let’s check this through “the Big bang theory”, which is a dominant theory today. This theory claims, beside other things, that universe is ever accelerating, according to the Hubble’s constant. The direct consequence of that would be the idea that, in the very beginning, the universe had been accelerating slower. The results of observations disapprove this theory; they tell us that the observed objects, which are more than 13 billion of light-years far from us (by their interpretations, it should mean that these objects are by the value of 13 billion of years far in the past), move at the speed close to that of light (270 000 km/s) and those objects closer to us (Andromeda is 2.2 light-years from us) range from – 100 to – 2000 km/s, i.e., they approach to our galaxy. Either this theory does not have a basis or the constant of the spreading of universe is wrong, because it seems obvious that these data would tell us that the acceleration has been decreasing, i.e., that it almost stopped.

mapa-svemira

The question is, what it would be if there was a whole that rotates and represents universe in real values, i.e., that 13.7 billion of light-years is a distance. In the calculation of the size of universe it is a radius that rotates horizontally on the enclosed picture (from right to left). With the use of geometry (=2rπ) we get the length of the object of ~86 billion of light-years and when we include the speed of the outer edge of universe (270 000 km/s) into calculation, the result is the complete circle, closed in ~94,5 billion of years.

If we interpret the data in such a way, that Milky Way moves at a slow speed (~200 km/s), a conclusion is been drawn that we are very close to the central part of the whole (the volume of universe). The speed of the objects’ rotation within the volume of universe is constantly increasing from the center to the outer region of universe, so the greatest speed is at the distance of 13.7 billion of light-years, i.e., on the equatorial part of the surface belt of universe. Looking on the enclosed picture, it would be horizontal movement, i.e., the rotation takes place on the prolonged part of the universe (more recent research „Dark Flow“ show that rotation occurs in the direction from right to left).

If the observed objects that we see today were there 13.7 billion of light-years ago, during that time they have been inclined by ~52° of the circle (13.7 related to 94.5 equals to 52° related to 360° of the circle). But also, the other objects in the line would follow that inclination for the values of their own. At the first glance, the situation would be almost unchanged, independent of the view to monitor the observed objects in the present time, or to see them where they once have been (which is a logical conclusion).

I have no choice but to conclude that, when we observe and register (take photographs) of the distant objects, whose light waves came to us from a certain time distance, needed for the wave to travel that distance, we observe the events from a distant past and that fact changes nothing essential in understanding the relations within universe as a whole. This whole has its own rotation and it is a part of the more complex structures (a multi-universe, which, according to the initial data, is also not alone, it has a direction and rotation, which signifies it is a part of the next complex structure). It needs to be pointed out that the spacecrafts, which would travel to the outer parts of universe, would be exposed to the extremely strong currents of universe that are lateral, not turned outwards, to the surface. The speed of the currents would constantly increase to the value of 9/10 of the radiation speed, i.e., 270 000 km/s.

 

What are the dimensions of destruction and creation in the Universe?

The explosions of stars, known as novae and supernovae, are the final stage of life for these objects and the matter that creates them. Most of that matter, but not all of it, is being disintegrated, i.e. it returns into energy and dark matter, while the rest remains as nebulae.

In order to realize the magnitude of the matter disintegration, it is necessary to begin with the fact that supernovae originated from the huge stars, some of which are many million times larger in terms of mass than our Sun. On average, 400 different novae per year have been detected in the last few years. Let us suppose that there is only one nova (or supernova) on every billion of stars; it would mean that there are 200 of them in our galaxy. Their quantity is, of course, by far larger than that, because it is estimated that three of them occur per every 100.000 years in the galaxy (of course, that their number is far greater because different data show that happens one in galaxy in 100-100.000 years (at 13.7 billion years / 100-100.000 = 137.000 to 137 million explosions of stars in the Milky Way!))..

nova

There are over 100 billion of galaxies in the Universe. Our galaxy is an average one. There are no less than 200 x 100 billion (or 20 trillion (20 x 1012)) of novae. Since an average nova (i.e. a star before becoming a nova) is no less than a 1000 times larger than our Sun, we get astonishing 20 quadrillion (20 x 1015) of the disintegrated Sun’s masses – even though that is a minimum of a minimum. (The mass of Sun is 2 x 1030 kg).

Let us point out that every star, before becoming a nova, had some 0.2% of its mass in other objects within its orbit. They also suffered a catastrophe, whether they were inhabited or not.

Despite destruction (the disintegration of matter), the observations show that the Universe is not losing its mass. On the contrary, it increases. It means that the Universe is efficiently replacing all of the lost matter, the minimum of which is 20 quadrillion of the Sun’s masses, and even “some” more.

It is not to be forgotten that a smaller part of matter is also been disintegrated in the collisions of waves and particles. In order for the muons to be registered at all in the laboratories, a countless number of particle disintegrations needs to occur. It is an everlasting occurrence on the objects orbiting around a star from the beginning of time till these days and until a star becomes a nova. A good portion of matter is being disintegrated in the collisions of objects and galaxies. Therefore, the colossal dimensions are not related only to the creation of matter, but also to the growth of all objects within stellar systems, galaxies and the Universe. Millions of craters are only a reminder of that process being contiguous and ongoing. Due to the energy friction, the neutrinos are created. Then, they start joining into the electrons and are further combined into the protons and into ever larger atoms. The atoms join into the molecules and create gas, then dust, rocks … the objects that become the planets around a star … and ultimately the most of matter is being disintegrated through explosions and returned again into the elementary matter (energy and dark matter).

In order for the explosion to happen, a very specific sequence of events is required. It is obvious that stars grow into the centers of galaxies, 200 billion of which are there in the Universe. That is important to state, in order to rule out the significant importance of the mass or size of an object, as these are evidently not so important. It is not the case of combustion or consumption of fuel here; it is obvious from the whole spectrum of different values in terms of mass and radiance (rotation) that belonged to an object before the explosion. A pattern or regularity is not discerned in these parameters.

One object becomes a nova and a large number (millions) of others with the same parameters just go on the same way. It is necessary to consider some very rare factors, like, for example, the impacts of large objects into planets, but even more rare – those that hit only a small part of the objects (one event in more than ten million of objects - stars).

Within the growth of an object, some smaller object is starting a reaction when colliding with a star. If that should remain a rare event, it needs to be a specific event under the specific conditions. The only possible specificity is for that object (the errant objects, incoming from outside the Solar system) to arrive vertically onto one of the poles and to hit the opening of a cyclone that exists on the poles of stars. That way, it would get an opportunity to break into the interior of an object. Comet ISON is the evidence that objects with vertical trajectories really exist in the Universe.

comet-ison

When discussing the vertical trajectories, it is necessary to point out that only the forces of attraction exist there, because an object creates the forces of repulsion in the horizontal direction only. That way, a disaster is inevitable. Due to the friction, an object explodes. That event becomes an active detonator that starts a cascade sequence of events for the whole star. In these days, this possibility for our Sun to disappear is completely unknown; therefore, these deadly objects are not even been followed and nothing is also been done to get ready to deflect such a threat, which is by far more deadly than would be the impact of the same object into our planet! The size of an object needs to be sufficient to start a large scale event, which would influence the whole galaxy.

 

Mars & Life creation in Universe

Currently, the planet Mars is in the center of interest, because something is going on there; of the small scientific value, though, but there are for sure many “scientific” commentaries and texts. A new “research satellite” had been launched at the beginning of the year, to “discover” how and when did water and atmosphere vanish from Mars. They are looking for something that never existed and hope for a success! Obviously, some other, hidden goals and missions are set here.

mars

It has stubbornly been stated for Mars, just as for Earth and other planets, that they were hot, heated at the beginning and then they had been cooling down in the next 300 million of years, following their rough creation. There is not a single shred of evidence – obtained by astronomical observations – that anything similar exists anywhere in Universe. It seems that the whole Universe was created in the same time, 4.5 – 5 billion of years ago. That is the time in which astronomers and powerful telescopes don’t detect such objects (heated planets, satellites, asteroids in the process of creation). They would need for this statement to be true: that at the beginning there are heated objects, which later cool down. The astronomical observations claim the opposite: that at the beginning there are cold objects and gas, which start to glow like dwarf stars once they grow over 10% of the Sun’s mass. The collisions of different objects, very large and very small ones, point out to the only true statement: the objects grow by accumulating mass. These events are so frequently mentioned in the astronomers’ reports that they should not be neglected any more.

There are so many craters on planets and their satellites that even a blind person could see the fact that objects grow in the constant flow of new matter and the process is a constant, from the beginning of time and forever. And in spite of these obvious facts, we are all more inclined to accept as true any false and constructed story with false evidence that contradict the reality and physics.

We are always susceptible to such frauds; sometimes long ago, somewhere far away, it was like in a fairy tale, i.e. everything was false; the forces were too terrible and impossible to be comprehended; etc. The astronomers have never discovered anything even closely similar to that and what is interesting is that the more distant and more obscure the observed objects are, the “evidence” grow ever bigger and “less disputable”.

Mars is a relatively young planet, the age of which could be estimated to 1022 of years, i.e. more than ten trilliard of years. That number is derived from the meteorites that have fallen onto Earth and were examined in laboratories. They are claimed by agreement to be 4.5 billion of years old. To double the mass, they need almost as much, and further on, with taking into account that Earth is collecting from 4 to 100 thousand tons of the space material per year. The mathematicians would say that, in that case, ten trilliard of years is not enough and the others would say that it is obviously too much and that it does not fit into contemporary scientific opinions. I am not talking about opinions here, but about estimation based on the events within the Solar system. The conclusions were made only based on observations, evidence and calculating estimations.

They say that there had been atmosphere, water, oceans, living beings, etc., on Mars, and that they all vanished, “evaporated”… they talk about permafrost and that the rest of water is frozen on and under the surface of Mars. It is interesting that, at the beginning of 2013, the NASA scientists have officially stated that, according to the research conducted by “Curiosity”, there is no life on Mars. They have been looking for it and have found no evidence of life existing on Mars.

Therefore, there is no life or traces of any form of life today or in the past. If they had found any shell or a skeleton or something else, it would mean that there was some form of life, but they had not.

In order for life to appear, among other conditions, water and life-supporting atmosphere are needed. Life has not been created on Mars because these two conditions don’t exist. It also means that they have never existed before, because there are no fossils. This means that life-supporting conditions, such as here on Earth, still don’t exist on Mars.

First of all, there is not a sufficient quantity of mass; it is only 0.11 of the Earth’s mass. Insufficient mass means insufficient pressure on the core, which then can’t be melted, due to the lack of particles’ work, which creates a critical pressure. When there is not a melted core, there also can’t be a rotation of core, different to the rotation of the planet’s outer parts. Without that, there is a lack of a significant magnetic field that would protect the planet from the space (cosmic) radiation. Life conditions on Mars are like living in a microwave oven.

Mass is essential in accelerating the process of creation; it should not be too large or too small. Mars has a scarce atmosphere in the process of creation, mostly consisting of carbon-dioxide. Carbon-dioxide means the lack of life, but also the beginning of one. With the improvement of life, in accordance to other conditions, too, the structure of atmosphere will also be changed.

If there is not a melted core, there are no frequent volcano eruptions either, nor there exists a diversity of chemical elements and compounds. Furthermore, there is no significant change of atmosphere. This means that life would be limited to a random occurrence without a possibility for the life colonies to develop. If there are no active volcanoes or adequate atmosphere, water can’t be created either. Water is only another compound, made by adjoining the particles of the space object. The livelier is the work of particles, the bigger are the quantities of compounds, sustainable under given conditions. Water will appear if there is a melted core and volcanoes.

If it was true that water comes with the comets, then it would be present on Mars, too (even its age is estimated by the science to be the same as that of Earth), because comets do not choose Earth exclusively. It has more sense that comets delivered more material to Mars than to Earth, because the position of Mars is in front of Earth!

 

Observing the quasars through rotation

I have been evading this problem for a long time because the events were too far, until the quasars were found relatively close in the neighborhood (Quasars are found over a very broad range of distances (corresponding to redshifts ranging from z < 0.1 for the nearest quasars to z > 7 for the most distant known quasars) Wikipedia).

ciklon

A cyclone (compare it to a spiral galaxy)           a blazar

Almost all quasars have been situated in the centers of elliptic galaxies and their characteristic is an intensive glow. Blazars glow a bit less intensive because the axis of the galaxy center is not placed vertically to us, but is inclined to the side, which makes the glow look less bright. These events are related to the phenomena that do not belong to physics: black holes, pulsars or neutron stars. When something does not belong to physics, then it is a serious problem. Already during the 1990-ties, the “colored” dwarf stars (i.e. white, red and brown ones) were also given supernatural values (a spoonful of their matter was claimed to weigh more than the Himalayas, and so on; they were also given unprecedented gravitational values and much more) and later they were proclaimed the unfinished stars (which is also incorrect, if the context of analysis is taken into consideration). These horrible super-forces now exist in “the neutron stars and black holes.” The common feature of quasars, blazars, neutron stars (pulsars) and black holes is rotation. The omnipresent rotation, which is by itself a very interesting event, is situated into the impossible surroundings, instead of being observed as an independent central event.

From the astronomic observations the rotation can be divided into these categories: slow cyclones (they exist on the poles of Sun and similar stars of the slow rotation, as well as on some gas giants); fast cyclones (the shiny stars with a high speed rotation; also, the centers of spiral galaxies); very fast cyclones (elliptical galaxies and so-called pulsars or neutron stars). The faster the rotation, the stronger the gravitational forces are. Through the observation of a pulsar rotation we found out that it makes a single turn in a period from a millisecond to a few seconds or more. That clearly shows us the power and speed of a cyclone.

Based on the astronomical observations and research we can predict the diameter of the eye of a cyclone to be from 20 km (in pulsars) to more than a million km (in the centers of galaxies). When the eye of a cyclone, with a diameter of 5-6 km, makes a turn in a second, it is a common speed of some comets, asteroids, etc. and it is very unlikely to expect a spectacular light show. But, when a cyclone, with a diameter of 1000 km or more, makes a turn in a second, the strong forces are created, which by the particles’ friction create a light effect. A cyclone is a spiral thread, up to 30 000 of light years in length. The larger the speed of a cyclone, the stronger the friction inside the eye is. Also, the more intensive is the glow and more significant are different kinds of radiation. A visible trace that is related to the released matter is only the thrust of radiation waves from the eye of a cyclone on the gas and matter that exist outside of that event. From the cyclone research on Earth we found out that it sucks the matter in, but it does not release it through its eye. Therefore, we can with certainty reject the idea of releasing matter from the eye of a cyclone.

If there were black holes in the centers of galaxies, it would be completely unclear how they glow, since light can not escape from the black holes. Also, there is a question, how they glow so intensively through the 15 000 of light years thick layer of matter, when it is known that there is not a single searchlight on Earth that could illuminate through a kilometer thick fog (dust and other matter need not even be discussed at all in this sense).

When there is a cyclone (a thread) in the center of a galaxy, it follows the already known laws of physics.

 

Why is the Universe cold?

Traveling outside the atmosphere of Earth without the special equipment for the protection against cold would be very unwise. There is very cold and very inhospitable out there. The lowest temperatures on the poles of Earth are very pleasurable, compared to the conditions outside the atmosphere. So, why is it so pleasant and warm here on Earth and so cold in the area just outside Earth, which is, figuratively speaking, almost within a hand’s reach? These temperatures (around 100° K) can be measured only on places where there is no radiation, like for example, on the dark side of the Moon. Warmth and light are been created by the radiation waves (of Sun – in our system) when they collide with matter (visible matter, i.e. atoms). Matter is mostly incorporated into the cosmic objects, while there is almost none of it outside their atmospheres. When there is no (visible) matter, there is also no radiation colliding with it and, as a consequence, there is no warmth or light either.

europa-mimes

However, it is not all that simple. Already here, in our Solar system, there is a clear law of nature that shows us that the matter outside the cosmic objects (i.e. invisible matter and energy) also reacts with radiation.

It can not be neglected that elementary matter (invisible matter and energy) warms up, too, for some 100°K! It is less cold closer to Sun; ~ 100°K on the dark side of Mercury. It gets colder in the space further away; it is around 30°K on the dark side of Pluto, while at the end of the system, in the Oort cloud, it is ~4°K (~-269°C). At the end of Universe, it is 2,4 – 2,7°K. Even if we did not know that there was something out there (outside the membrane, in the so-called “empty” space), from this we would be able to deduce that there was something following the laws, similar to these of the visible matter. It can also be confirmed by the constant decrease of power or intensity of the waves, with the increase of distance from the object that emits them.

All these facts confirm that this is a kind of matter, too, and it can not be denied of similarities with the visible matter, but there are also some differences between them. The only impossible thing, when discussing these facts, is connecting our space with that empty space. Empty space can not follow the same laws like those of the visible matter; it is an empty space, in which there are no laws. It can only transfer an event or action further, without affecting them in any way.

The characteristic of the visible matter (which does not possess its own energy source or hot core) and invisible one, too, is that they are increasingly colder if the amount, power and intensity of incoming radiation decreases. Warmth and light are typical of the visible matter, and the significant reduction of cold is typical of the invisible matter and energy, when influenced by the radiation waves.

By applying the analogy of the ascending sequence of events, the more we are distanced from the source of radiation, the lower are the temperatures. Between the multi-universes, they are a bit closer to the absolute zero. The temperatures decrease as the wholes grow. An endlessly large volumetric belt of energy is expanding after the last ascending whole and the temperature there is absolute zero.

By the analogy, inside this belt there is an endless quantity of the wholes, similar to that one, but it is very likely that the whole with the absolute zero temperature in it could be the outer and the last whole in the hierarchy that goes further into the 3-D infinity (at least the infinity as humankind understands it).

 

Why did CERN fail?

Nothing was standing on their way. They were alone, independent; about ten billion of euro were invested in their work; they employed the best scientists of the world. Success was guaranteed to them; the road to it had been opened and covered with rose petals, thrown before them by mass media. They felt themselves omnipotent and unstoppable on their way to the greatest glory on Earth and self-presentation.

They believed in success so hard that they ignored the warnings received from Zadar, that everything had been founded on the wrong basis. All the books of the world, except for that of Zadar, supported their work and competed one against the other in sucking up to them, hoping at least some of the future glory would be bestowed upon them, too. What went wrong?

The problem had existed already since the time of the formation of quantum physics. A number of laboratory successes followed one after the other, but the presentations of those successes, through explaining the meaning of the achieved results, had been ending up disasters.

atom

At first, Bohr model appeared, as a misfortunate presentation. It was upgraded by having copied the model of Solar system onto the world of atoms. That way, the heliocentric system of atoms was founded and, as such, it remained unchanged as a greatest truth and achievement. The atom core consisted of proton and neutron little spheres, which were surrounded by the belt of electrons, the speed of which was 30 000 km/sec. At the end of the previous millennium they even started to destroy the chemistry by imposing the idea that the electrons, instead of valence bond, connected the atoms and molecules. (Valence bond is not true either, but it explains chemical processes well.)

Interpreting the events from colliders, they moved themselves even more away from the field of reality. They wished for the impossible by convincing themselves and the others that a broken-down particle, as a consequence of using high energies, could be able to accrete again and thus create a new, unforeseen kind of matter. That was set as an absolute truth and a basis of experiments, even though there was not a single pause (which they proclaimed particles) that was stable for more than a millionth part of a second. The further they continued with particle collisions, these pauses were ever shorter and shorter.

Generally speaking, from that time till today, a number of pathetic conclusions entered science, like for example: Universe hatched out from an egg (it was an attempt to please the Church – even the idea itself was brought about by a priest); some of the theory of relativity’s suggestions introduced black holes and singularity (Einstein himself was against such ideas); then they introduced the Hubble constant of spreading the Universe; then, instead of rotation, they introduced the fourth dimension – instead of making three dimensions more complex, the Universe became flat and lost its volume. Entropy dominated the Universe; it was suddenly forced to be the same from its origin or at least from the period when “visible matter prevailed over the dark matter”…

All doubts soon disappeared, because all who were trying to think differently were gone or marginalized. Under such conditions, nothing else could have even been expected in CERN. Peter Higgs himself said: “If this was not physics, I would not know what it was then?” He was convinced in its correctness, even though there were completely opposing evidence in the experiment.

Instead of sobering up, there is only silence; only some Russian scientific magazines gloat over the situation. Nevertheless, all who have contributed to this failure, continue to receive fabulous salaries. Their colleagues in our country continue to transfer millions to “poor” Swiss and their “underpaid” scientists for membership in that failed project. Even more, they are amazed that some scientists in Italy and Russia are facing trials for wrong estimations and, except payments from us and the Swiss, do not get paid anymore to spend billions of tax payers’ money in vain.

 

Are we blind or we don't want to see the dark matter!

svjetlo-tama

Just like the time air had been discovered, something similar takes place: we don’t know how to “see” it or detect it by instruments. We know that 90% of matter is missing, but we direct the search in the wrong way; we run through the dark matter looking for it.

The dark matter is here, around us, and the best place to see it is outside the Earth’s atmosphere. The dark matter doesn’t glow, unlike the visible matter, which does; the dark matter is cold and it is impossible for it to become warmer.

Let’s have a look at this example of evidence:

There are two rooms. The first one is full of light and the other is dark. There is a star (Sun) in the background of both rooms, at the same distance from both of them. The first room is filled with the visible matter, which is familiar to us, while the other is filled with the dark matter. When the visible matter from the outside gets inside the first room, it becomes visible. When it gets inside the second room, it becomes visible, too.

The first conclusion: the radiation of Sun, colliding with the visible matter, creates light, while, on the other hand, it is not the case with the dark matter, which is why it is dark.

Let’s have another example. There are two rooms again. In the first one there is water and in the other one the dark matter. Again, there is the Sun in their background at the same distance from both of them. When radiation, or as we prefer to call it: light, goes through water, its intensity decreases with the increase of distance from the source of radiation. When the same radiation goes through the dark matter, its intensity also decreases with the increase of distance from the source of radiation. In the room with water, the temperature also decreases, as the distance from the source of radiation increases (if there was no radiation here, this area would also become dark). In the room with the dark matter, with the increase of distance from the source of radiation, it also gets colder.

The second conclusion: the both areas follow the same laws of nature that can be applied for the visible matter.

Let’s remember the article: Why is the Universe cold?

“Already here, in our Solar system, there is a clear law of nature that shows us that the matter outside the cosmic objects (i.e. invisible matter and energy) also reacts with radiation. It can not be neglected that elementary matter (invisible matter and energy) warms up, too, for some 100°K! It is less cold closer to Sun; ~ 100°K on the dark side of Mercury. It gets colder in the space further away; it is around 30°K on the dark side of Pluto, while at the end of the system, in the Oort cloud, it is ~4°K (~-269°C). At the end of Universe, it is 2,4 – 2,7°K. Even if we did not know that there was something out there (outside the membrane, in the so-called “empty” space), from this we would be able to deduce that there was something following the laws, similar to these of the visible matter. It can also be confirmed by the constant decrease of power or intensity of the waves, with the increase of distance from the object that emits them.

All these facts confirm that this is a kind of matter, too, and it can not be denied of similarities with the visible matter, but there are also some differences between them. The only impossible thing, when discussing these facts, is connecting our space with that empty space. Empty space can not follow the same laws like those of the visible matter; it is an empty space, in which there are no laws. It can only transfer an event or action further, without affecting them in any way. The characteristic of the visible matter (which does not possess its own energy source or hot core) and invisible one, too, is that they are increasingly colder if the amount, power and intensity of incoming radiation decreases. Warmth and light are typical of the visible matter, and the significant reduction of cold is typical of the invisible matter and energy, when influenced by the radiation waves.”

At the end, it needs to be said that if there was a vacuum outside the space objects, they would collapse, or would not be formed at all, because the vacuum is by far greater force than the electromagnetic force (gravity). Just as matter, it abides the law of communicating vessels, where there are no different pressures. There would only have existed dispersal, i.e. the objects without atmospheres, but it does not exist.

 

Who is lying that the earth is old 4.5 to 5 billion years?

The crust of Earth is acknowledged to be a trustworthy indicator of age.

ploce

It is known that at the faults of the tectonic plates, a part of the crust is subdued under the other part. On another places, tectonic plates are moving away from each other, with the always present magma (lava) to fill the empty place. These are the facts of a constant renewal of the crust through these and other processes.

The thickness of crust under the solid ground is 30-70 km and up to 12 km under the sea. The oldest rock found there so far is 3.8 - 4.4 billion of years old. The meteorites that fall onto Earth are generally 4.5 billion of years old.
The age is measured by finding out the time when did that particular matter become a part of the crust. A time period from 300 million to a billion of years is estimated for all the other events that followed the formation of Earth. The tendency is to „wrap“ it all up within 4.5 – 5 billion of years.
This old method is partially good for obtaining the results of age of the particular parts of the crust of Earth.
It should be mentioned that the crust is constantly been changing, regenerating. The Earth annually collects up to a 100 000 tons of new material from the outer space.

The mass of Earth is 6 x 1024 kilograms – a number 6 with 24 zeros following it.
If we take into account that datum of 100 000 tons a year, with the presupposition that it has been an average value from the time of the creation of Earth, we will obtain the result of the age to be 6 x 1024 years, which consequently means that the age of Earth is measured not in billions, but in septillion.

nova-materija

By observing the universe and the events in it, we have no reason to believe that anything had been happening considerably different in any period than today. Everything in the universe goes on slowly through time, by a space pace, everything is being born, living long and dying fast. Even during the collision of galaxies everything happens slowly. Great speeds do not mean faster growth, just the opposite, even negative: the already collected will be diminished.
Should this result even be reduced by half, presupposing that a half of the mass had been collected elsewhere, and, already collected, joined with Earth in many turns, it would make this enormous number no smaller; it would then be 3 x 1024 years, which again means the septillion of years.

By observing the sole crust of Earth, we can also notice a great disproportion in the dana, estimating its age up to 4.2 billion of years.
The layer of the Grand Canyon at the depth of 1 500 m is estimated to be 1.6 billion of years old. With the presupposition of the average thickness of the Earth's crust to be 28 km, the age of the crust solely would be 30 billion of years. For the soil that has been newly created by the cooling off the lava, the zero age is being determined. The oldest registered rock, which is 4 billion of years old, had the same age, too. What they have in common is they are created by cooling off the lava and the age of lava is not taken into account. It turns out that the zero age is 4 billion of years even today, after all of these billions of years have gone. 2008/9.

… The recent the article as a conclusion. The age of celestial objects is different. The meteorites that have fallen to Earth are estimated to be 4.5 billion of years old. In the process of the following joining these objects reach the size of a Mars-like object, the estimated age of which (Mars) is 1022 (10 sextillion) years. An object with a melted core, like Earth, is more than 1024 (a septillion) years old. The next in age terms are dwarf stars, then stars, ... The age of Universe is independent of the age of celestial objects, because they are constantly in the process of creating, growing and disintegrating and all of these don't affect the age of Universe. A single turn of the rotation of Universe is completed in 94,5 billion of years.

Likewise, there is the age of the melted part of Earth (which can't be measured directly) and the age of Earth's crust, which is constantly changing. In layman's terms, we can come to a conclusion that the age of Earth is the same as the age of the oldest rocks (4.4 billion of years). Instead, its real age is over a quadrillion of years.

Mass of the celestial objects is growing by its gathering. It is estimated that some 4 000 – 100 000 tons of matter and celestial objects per year fall onto Earth. The mass of Earth is 6 x 1024 kg. The beginning of the origin begins with a meteorite or before 4.5 billion of years and the joining is adapted to that figure.

 

The originator of life passed near Mars?

What a shame; a comet Siding Spring closely missed the planet Mars. There goes away the opportunity to plant life onto this dead planet. Now we will have to wait for the next opportunity.

komet-Siding-Spring

Just to stay clear: we all know that life to our planet had been brought by storks1 , i.e. comets, I apologize. These are the objects which start from the Oort cloud at a high speed (this comet had been moving near Mars at the speed of 56 km/sec., or 203 000 km/h) and carry green aliens with large eyes and long necks on their surfaces. These beings are supernaturally strong, as they make it without injuries through the collisions at these low speeds to them. Since we had several satellites around Mars, we obtained some photos at firsthand. They were much clearer than those from the last mission, when something went wrong. Some claim to have seen something similar to the parachutes on their backs and that removed all suspicions of their happy landing.

For a half of the century, we have been sending in vain missions to explore our Solar system, because all the results were unable to remove the fallacy of Panspermia from the official and school materials.

There is a planet inside the Solar system with existing life and a hot core, on which an egg membrane-thick crust is floating (egg membrane, not the eggshell, because the eggshell is too thick for the comparison). There is another planet with a hot core, but because of the Sun being too close it has no rotation of its own. Due to that, the life conditions there are impossible, but many billions of years ago, they could have been more than realistic. We have researched the majority of planets, many satellites, asteroids, comets, and all results indicate the absence of life. In short: it is either too cold or too warm, or there is no atmosphere adequate to form the organic compounds. There are no aliens squatting on frozen rocks or lumps of mud, waiting in hibernation an opportunity to warm up a bit and invade Mars or any similar planet. (At the present time, Mars has been very inadequate to live on.)

If we take into the consideration a hypothesis of these storks bringing life, how is it possible that they failed to bring life to Mars and other objects that come in the line before Earth? The comets arrive from the Oort cloud and from that perspective Earth is the last in the line, besides Venus and Mercury, which are the satellites of Sun. Why did water “arrive” with comets to Earth and not to the planets and objects before it (there are 99% of all the objects from our Solar system before it)? Why did the heavy chemical elements arrive to Earth and not to the other objects? Science claims that they arrived all the way from the supernovas. Everything arrives from the outer space and – what a wonder! – only to our planet. Probably the aliens have some very precise cannons and they shoot at us, from the unknown reasons or motives to me.

I hope everybody understands now that our science is more similar to a polygon to tell all kinds of fairy tales than to a place of making and realizing evidence. The evidence obviously values less than constant deception of people and most of the scientists, in a Higgs manner: he would tear off a part of the non-existing space, without even suspecting the idea that, besides obtaining results, the machines could be able to fantasize like him.

As we know it from the history of our planet, the comets are only the cause of extermination of the already existing life. They are no “good storks” that bring life; they are, on the contrary, “the storks of destruction”.
______________________
1Storks are said to be delivering babies; a tale that is told to children about the origins of babies.

 

Do Not Criticise The Old Lady (NASA) - She Will Not Forgive You For It

The comments on the article below were the cause of a sudden and one-sided cease of cooperation. The whole history of my comments were deleted, from the very beginning until today. Only traces of them still exist on Facebook (under the name of Slavko Sedić); only the first comments are there, without further discussions by replies and quoting.

NASA Mulling Life-Hunting Mission to Saturn Moon Enceladus
NASA already plans to launch a spacecraft to the Jupiter moon Europa in the early to mid-2020s, and it's also mulling a mission to the Saturn satellite Enceladus that...

„Enceladus has an average temperature of a bottle of nitrogen (-198 ° C). Let NASA scientists explore life in liquid nitrogen, that on Earth is closer.“ Weitter Duckss

The comment to the text, given by NASA, from:
" ... the existence of the oceans of water below the surface of the moon of Saturn, named Enceladus... ", was as follows: " ...
NASA has the obsolete, Bible-like, worldview of the origins of the objects in Universe ... the origins of Universe itself and the processes in it. Its worldview considers everything as having been created once and for all... "

My intention was to encourage changes in the way these things are usually thought of, after having witnessed the last couple of NASA failures: NASA is searching for life on Mars (as if life on Mars was something beyond any doubt); then, there is a search to answer the question of Mars's missing atmosphere (the latest evidence have removed even the slightest possibility of something similar having existed); then, the rings of Pluto are also said to be existing beyond any doubt and would be visible once we get close enough to it (of course, there is no ring or any cloud of particles whatsoever around Pluto); ...
These are only some in the already long line of fatuities, coming from the once very respected and prominent institution. Almost everything that is coming from NASA – except for the respectable engineering works, which can also go to the next level – is unthrustworthy and you can bet with a high probability that all of it would be dismissed once material evidence are presented. This statement is almost a rule.

I have to point out that I am glad when NASA and other space agencies are moving ahead, because it is the way of progress, which has been for already a while endangered by the persistent, persevere, obsolete and progress-stopping viewpoints. One would expect these leading agencies to be a guidance to follow and not for one to be left alone, without an approach to the self-complacent and self-sufficient system, which is rarely open to an interested outsider and even if one has the access to it, one can only get irritated with their obsolete understanding of events, regardless of the evidence to the opposite.

They feel so weak that, opposite to the amendment guaranteeing the freedom of speech, they forbid the publishing of those comments to a text above, which are not the panegyrics of their scientific accomplishments –which are practically non-existing, except for the already mentioned engineering works.
It is not only illogical, but also pointless to search for the atmosphere on Mars, with the explanation that it had once existed and then later "escaped" from the planet. Almost every object, smaller or bigger, in our Solar system has the atmosphere, some of which are more prominent, some are less. It depends on the phase of development, position, whether it is a main object with its own rotation or only a satellite, age, geological processes, etc. If atmosphere did not "escape" from Venus, Earth, Jupiter, Titan,... – why would it "escape" from Mars? There is not a logical parallel to support such a conclusion.

Life (on Mars and elsewhere) is above all related to the rotation of the object (due to the temperature amplitudes) as well as to the geological processes and optimal temperatures. To find a life form of an important kind is not to be expected if the temperature is very high and levelled; it does not contribute to the creation of different chemical compounds, because it creates a monotonous surrounding, without events. It is the same if the temperature was very low, due to the same reasons. If the events are sporadic, then it is not a suitable surrounding for life preservation – even if it would by any chance occur.

Water in traces exists on the majority of objects; the more active ond long-lasting are the geological conditions on an object, the higher share of water could be found on such an object (again, it also depends on the surrounding and the conditions on an object). The laboratory of geology needs to be working constantly, because the dynamics of events, given enough time, creates life. This goes beyond our contemporary way of understanding the time flow.

The existence of rings around an object is created by the rotation of that object. It has to be faster than the one of Earth and the object needs to be more independent, with a low temperature. There has neither the first, nor the second condition been met on Pluto; it is a dual system. Satellites around objects without the independent rotation or around other satellites without rotation can not be expected (although, some distant, irregular satellites, which have some form of rotation, might be able to seize some smaller objects).

If there existed the oceans of melted matter below the surface of Io, it would have been registered in the surface temperatures. The comparative temperatures on Jupiter, Io and Europa exclude such a possibility. The volcanoes on Io are the events, characteristic for the cold objects; they manifest themselves as outbursts of a less cold matter on the moon's surface, due to the action of heating forces (on Io, it is a gravitational force).

A blocked site is free again, followed by the text in question:

Slavko Sedić Zadar
Enceladus has an average temperature of a bottle of nitrogen (-198 ° C). Let NASA scientists explore life in liquid nitrogen, that on Earth is closer.
Sep 1, 2015 7:22am

Jeffrey Patten Research Assistant Law Offices
That's on the surface. There is substantial evidence that there is liquid water within Enceladus, and that it is powering these geysers.
Sep 1, 2015 7:46am

Slavko Sedić Jeffrey Patten 
Those say so. The truth is closer that due to the large range of temperature occur geological activity (min. -240 ° C, max. -128 ° C). The bodies at this stage of development does not contain significant amounts of water, it is proper to bodies with a hot core and geological activities related to the molten core.
Sep 2, 2015 7:38am

Jeffrey Patten Slavko Sedić - Enceladus is essentially a giant snowball. It is more than 50% water ice. According to NASA, "Data from NASA's Cassini spacecraft have revealed Saturn's moon Titan likely harbors a layer of liquid water under its ice shell." See http://www.nasa.gov/.../whycassini/cassini20120628.html Sep 5, 2015 8:12am

Slavko Sedić Jeffrey Patten 
I know (I looked) vision of NASA. These are just assumptions, not evidence.
NASA is keep outdated conception of formation of the body ... the universe and processes inside and outside of the universe. Those think like the Bible, everything is finally all occurred at once when to create ...
In this phase of development of the body, in terms of the environment, it is unrealistic to assume water in significant quantities (Mars teaches us about it).
Look at the composition of other bodies and the environment (material evidence) and decide for yourself Is there a water of the ocean beyond Earth.
Sep 5, 2015 4:21pm

 

The universe is rotating, after all

Note: All pictures used in this work are downloaded from Internet

Universe

The fact that Universe is rotating is concluded from the form of Universe, the existence of blue and red spectral shifts and the rotations of all smaller cellestial objects.

Even though Multi-Universe is rotating, the universes inside it don't have a coordinated axis with a direction of rotation. The currents that carry them around are a consequence of the relations among the gravitational force, repulsive forces and the rotations that are the result of all rotations of the particles.

sudar galaksija

Similar to the galactical collisions, there are also collisions of the universes inside Multi-Universe. These collisions are caused by the rotation of Universe, i.e., Multi-Universe.

..&

................. The particle of proton is a thread or string, with its ends connected together and with a different charges on them. It is made of a vast number of neutrino and electrons (which are also neutrinos combined), with a significantly stronger positive than a negative charge. That disbalance is the origin of all joining or creating, from the simplest to the most complex forms of animate and inanimate matter. When creating more complex atoms, the strings of a particle is breaking up and connecting with another strings. Some of the already formed wholes are stacked together, one on another, and thus form another atoms. Some of the atoms are created in the combination of these joining processes.

atom

A tangle of snakes is a good representation of the formation and structure of atoms. The sizes of particles have an upper sustainability limit after which they are starting to disintegrate and then we are speaking of the emission of particles (electrons, protons or helium), i.e., of radiation. A disbalance of charges compels the constant joining and growing of particles, which occurs in accordance with the laws that are the same for all objects and all Multi-Universes; the only thing that differs are the conditions in which these events occur.

rast

................. ..a part of Multi-Universe, made by the snapshots of the universes from ESA and COBE satellites

Inside this process, a process of upper and structural sustainability of the celestial objects also occurs. Stars grow ever larger (which means older, too), and then, as a consequence of the disrupted structural balance, a Super-Nova occurs. When stars have grown large enough, they start to gather enough of different celestial objects and become centers of galaxies, which can also turn into Super-Novas.

Most of the matter, occurring after a Super-Nova explosion, is disintegrated, i.e., it returns to the beginning, to the state of elementary matter, made of energy and invisible matter (mostly made by neutrinos).

....zavrsni proces

vrtnja_klizacice................................Rotation is a central event and law in the Universe and beyond. All celestial objects are rotating. The objects that have their own rotation, such as planets, stars, galaxies, ... , they emit waves that constantly direct the incoming objects into an elliptic trajectory around them. Due to slow rotation speed, the Sun has only gathered 0.2% of its mass (all planets and other objects inside the Solar system).

Those objects that don't have their own rotation can't capture another objects into their orbits; these are, for example, Venus, Mercury, Callisto, the Moon, Triton, etc. They only have attraction forces.

tijela bez vrtnje

starica ....................................The age of celestial objects is different. The meteorites that have fallen to Earth are estimated to be 4.5 billion of years old. In the process of the following joining these objects reach the size of a Mars-like object, the estimated age of which (Mars) is 1022 (10 sextillion) years. An object with a melted core, like Earth, is more than 1024 (a septillion) years old. The next in age terms are dwarf stars, then stars, ... The age of Universe is independent of the age of celestial objects, because they are constantly in the process of creating, growing and disintegrating and all of these don't affect the age of Universe. A single turn of the rotation of Universe is completed in 94,5 billion of years.

Likewise, there is the age of the melted part of Earth (which can't be measured directly) and the age of Earth's crust, which is constantly changing. In layman's terms, we can come to a conclusion that the age of Earth is the same as the age of the oldest rocks (4.4 billion of years). Instead, its real age is over a quadrillion of years.

....proces podvlacenja ploca

Mass of the celestial objects is growing by its gathering. It is estimated that some 4 000 – 100 000 tons of matter and celestial objects per year fall onto Earth. The mass of Earth is 6 x 1024 kg. The beginning of the origin begins with a meteorite or before 4.5 billion of years and the joining is adapted to that figure.

pritjecanje materije

 

The universe is rotating, after all

https://www.academia.edu/29645047/Universe-2010.doc
http://www.ijser.org/onlineResearchPaperViewer.aspx?THE-UNIVERSE-IS-ROTATING-AFTER-ALL.pdf
etc.

svemir-20,the universe

THE UNIVERSE – WHAT IS IT?

If the results, obtained by the research satellite COBE, are analyzed, it is clear that the universe is not a mass without form, which has been expanding in all directions as a result of some unimaginable explosion and following the unknown laws of physics, but rather a formed mass that looks similar to Saturn, if it were to be squeezed to a certain extent and without its ring.

svemir-3,the universe

This form is nothing new. It is quite enough to cast even the most careless glance on it to conclude that there could have been no explosion or expansion whatsoever. The fact that some people are trying to place this event into past, into the period when the universe was supposed to have been appearing as more translucent, some 400 000 years after the so-called Big Bang, is of no importance, because this form was not created by explosion, even if it had really been created in that time.

By the use of COBE in recording dana about the universe, a team of scientists determined the form of the universe. In geometrical terms, it is strictly defined as an ellyptic object, such as all the rest of the celestial objects. Since we discuss the volume of the universe, round on its edge, the view from the above and under is missing here.

A diameter of this object is just as big as the team of scientists claims the age of the universe to be. It is clear that by measuring length or distance we can get these and only these measurements; age is not calculated that way. Therefore, a distance from COBE to the farthest point of the universe is 13.7 billion of light-years and, presuming the same distance in the opposite direction – which is highly unlikely – the diameter of our universe is some 27 billion of light-years. That datum, as it can be seen on the picture, is valid for the most distant points in the horizontal direction.

This geometrical form was created by a rotation; in the direction of the rotation the object became extended and, in the middle, squeezed. Those celestial objects that have a rotation are extended at the equator and squeezed along the meridians; the speed of rotation and the composition of the object determine these values. If an object is composed of fluid substances and rotates at a high speed, it becomes more ellyptic than the solid and/or slower-rotating objects. Saturn, with a fluid composition, makes one turn in 10.5 hours; Neptune, also of the similar composition, makes it in 16 hours. This fact is obvious, because of the significantly stronger ellipticity of Saturn than Neptune.

The rotation of the universe can be concluded from the existence of the so-called blue and red shift. Those celestial objects that are moving away from us have a spectral shift into red, while those moving towards us have the shift into blue. Let us have a closer look at it, regarding some closer relation, for example, the one of the Earth and the Moon.

svemir-4,the universe

When observing from a rectangular the path of the Moon, rotating around the Earth, a blue shift is detected when the Moon is moving towards us and a red shift when it is moving away from us. The same results appear when the rotation is being observed from any point in or out of the Moon's orbit.

A blue or red shift is possible only if a rotation exists and it is absolutely impossible if there is an expansion or explosion. Let us replace the Moon's orbit with the universe now. We can see that the results of COBE are obtained in the orbit. The rotation of the universe is the only thing that makes blue shift possible, i.e., that some celestial objects can move towards us.

The most distant space objects, as seen through the astronomic devices, are estimated to move at the speed of some 270 000 km/sec. These objects are situated in a so-called equatorial part of the universe and their path is of the round form.

With that speed and the diameter of 27 billion of light-years, a celestial object from that part of the universe requires some 94,5 billion of years to make a single turn (2 x 13,7 x π x 1,1), which at the same time makes one turn of the rotation of the universe.

The rotation of the universe can also be proved with the existence of the gravity, i.e., the attraction of one object by another object. It is absolutely impossible to explain the gravity satisfactorily in a volume that is expanding at the speed of radiation, or the so-called light.

The gravity is a weak force that can almost be neglected at the distance of a light-year when the objects the size of our Sun or bigger are discussed and, when galaxies are discussed, at the distances from 100 to 200 000 light-years. In that way, these values are of the minimal importance and can be neglected, if the dimensions of the universe are to be considered.

The mass of the Sun makes 99.8% of the solar system; with such a mass, the Sun holds together those 0.2% of the matter, composed of planets, comets, satellites, etc.

From the relation of masses, the existence of the objects, attracted by the gravity (mass) of the Sun, can be neglected; the Sun attracts that mass at the speed of 200 km/sec. Having in mind its diameter of 1 392 000 km, it can be calculated that it travels the distance of its own diameter in 6.960 seconds. When this speed is compared to the speed of rotation in the outer region of the universe, the result is that those objects travel over the same distance in 5 seconds.

As a consequence of the attraction force, all celestial objects would have collapsed into a single mass if a rotation did not exist.

The gravity is a very weak force with a quite limited influence in the universe, from the perspective of some particular space object.

It is not reasonable to claim that, due to the gravitational force, the attraction exists between the galaxy of Andromeda and our own galaxy, but at the same time the same gravitational force does not affect the dwarf galaxies between these two.

svemir-5,the universe

OUR GALAXYTHE LARGE AND THE SMALL MAGELLANIC CLOUDSANDROMEDA

The Large and the Small Magellanic Clouds are located 1.5 and 3 widths of our galaxy from us, therefore the gravity has no effect on them and they are moving away, whereas Andromeda is 22 widths away and it is obvious that the gravitational force has no effect on it.

If we make a supposition that even in the outer part of the universe, where the speeds of rotation are approximate to the speed of radiation (light), some objects attract one another, i.e., they have a blue shift between themselves, it would mean the possibility of some of them moving at the speed of waves or even faster.

By applying the rotation of the universe into finding the cause of the blue shift between our and the neighbouring galaxy, it is simply concluded that they are in the state of overtaking. It is a result of the constant increase in the matter rotation speed from the interior of the universe to the outer region.

There are several reasons to that state (when a rotation occurs); one of them is that the outer region is free from the influence of the other matter, which would slow it down. The other reason is that the space where this rotation occurs is colder than the universe, which accelerates it further.
The similar situation is within a galaxy, where the objects in its outer region rotate faster than the objects that are closer to the centre of the galaxy. When there is a gravitational activity, like in our solar system, a decrease of speed occurs as the gravity force gets weaker. Mercury rotates around the Sun at the speed of 48 km/sec., Mars 24.1 km/sec. and Neptune only 5.4 km/sec.

Although there is a similarity in the rotations of both the galaxies and the universe – which is, after all, a sum of the galaxies – these rotations are completely different. The galaxies rotate around their central structures and they exist because of them, while the universe rotates without a central structure. This universal rotation looks like the structure of the regular round clusters, i.e., round groups of stars.

The speed of universe in the outer region is known – it is 270 000 km/sec. The speed of Sun – our speed – is also known: 200 km/sec. The presupposition that Andromeda will collide with our galaxy in 2.9 billion of years is known, too. From these figures we can determine the speed of Andromeda to be 264 km/sec.

After having realised this fact, it is easy to conclude that, in relation to Andromeda, our galaxy is closer to the centre of the universe, i.e., Andromeda is closer to the outer region of the universe. That is the cause why its increased speed is detected. Furthermore, it is also clear that these galaxies will not collide in 2.9 billion of years, because at that time Andromeda will be „passing by“ or „overtaking“ our galaxy.

Let me point out once more that the collision of two or more galaxies is possible only under the condition of the rotation of universe. It is impossible to imagine or construct, even theoretically, such an event under the condition of some Big Bang, i.e., the straight - moving expansion or explosion.

 

BACKGROUND RADIATION

At the beginning of the 21st century, the existence of background radiation has been confirmed. A 3-D map of the universe has been reconstructed, based on the background radiation.

svemir-6,the universe

When the form and the rotation are known as occurring in the outer region of the universe at the speed of 270 000 km/h, it is very easy to understand that background radiation is just what it actually is and that it is created in the outer region throughout the whole superficial layer of the volume of universe. It is also confirmed with the results of the observations, found in reports claiming that the radiation arrives from all sides of the universe. Background radiation confirms that the universe is a whole of definite form, as it is on the previous picture. The cause of its creation is in a very high speed of rotation of the universe and in the events, occurring in the outer region of the universe.

From the observations and research of the Sun, the fact that it makes a humming sound has become known. This sound has been recorded and presented beyond any doubt. There is no reason to suspect the fact that this sound is a characteristic feature of all the rotating celestial objects: stars, planets, galaxies and universes.

It should be mentioned that background radiation can not, even theoretically, be a radiation that was created after some Big Bang (400 000 years from the so-called beginning, when that mass supposedly started to become translucent).

svemir-7,the universe

This is a starting value that precedes the translucence of the universe at that time, as presented by some theoretical constructions.

It is obvious at the first glance that the calculations, offered by the supporters of some imaginary constructions, are false. It is known that matter moves slower than radiation. A maximal speed of matter is registered in the outer region of the universe and it is 0.9 of the speed of radiation (light).
If the supporters of the Big Bang theory suggest the universe is 13.7 billion of years old, this value should be reduced by the earlier mentioned value of 400 000 years, from which the calculation started, and then a value of 13.66 billion of years is obtained. That value needs to be further multiplied by 1.1, which is a value of the higher speed of radiation. Then, it will become clear that this radiation is at the distance of 15,03 billion of years or approximately a billion of years further from our universe.

Even if we ignore the usually accepted hypothesis – that has been imposed upon us – that objects lose their mass by radiating, since by that law and under those conditions, which had supposedly been present at that time, 13.66 billion of years is enough time for those masses to turn into energy many times, i.e., to disappear, we can see that the radiation from that time can not be a background radiation.

Even if they had been travelling at the same speed, not even then would have we been able to find even the minimum of an answer to the question that would make sense: why do they come from all directions?

Let us mention once more that background radiation is a crucial evidence supporting the theory of the rotation of the universe and that its appearance is closely related to the rotation of the whole, named as the universe.

 

THE RELATIONS IN THE UNIVERSE

First of all, the relations in the universe are determined by the rotation. The consequence of that rotation is a constant movement of all the objects within the universe, which itself is in motion, too.

The attraction forces are the characteristic of matter, which appeared at the same time as matter did, as a result of the disbalance of charge. They are also known as electromagnetic forces. When they occur among large objects, they are known as gravity.

The incompleteness of gravity exists due to the incomplete and partial observation. It is applied only when gravity is an attraction force.
Actually, attraction force, electromagnetic attraction force and gravity are all the same force which has only been segmented by the size of matter.

A repulsion force or antigravity exists as the counterpart of the attraction force, or, in other words, its supplement.

It is not some kind of an unknown force, but rather a result of a celestial object's rotation and their bipolarity. Due to the rotation, the antigravitational forces are changing the course of movement of the incoming objects from straight into round or ellyptic, around the bigger rotating object. In that way, the collapse of the minor part of that mass or these objects, existing in a new way, does not occur. These objects are planets, satellites, comets, asteroids,...

Today, we name as „planets“ those objects that rotate around the Sun, but not all of them. Pluto, then the newly discovered tenth planet of the solar system, the objects from the asteroid belt and other objects are not considered to be planets because the worldview, which is several thousand years old, is trying to be maintained.
Namely, either the primary objects, rotating around the Sun, are the planets, or the planets are the objects that have their own rotation.

Today, not a single criterion exists, which is simple enough to be analyzed within logical parameters and accepted as such, but there exists a system that has been imposed to us and which can only be learned by heart, without a chance to understand why it is so.

When we know that all the objects within the solar system make only 0.2% of mass total and the Sun having 99.8% of it, it seems inappropriate to divide these objects by size and consequently include or exclude as planets Pluto and the tenth planet, depending on someone's fancy.

The difference between Mercury and Venus, on one hand, opposite to the Moon, Callisto, Titan or some other satellite, on the other hand, is only that the first ones rotate around the Sun and the second ones around the Earth, Jupiter, Saturn or another object.
What they have in common is they lack their own rotation, which has been blocked by the electromagnetic force of the primary object. The laws of physics that apply to them are the same.
They only possess the attraction force that can not be used as a repulsion force, obtained by the rotation.
It is sufficient enough to look at the surface of the Moon, Mercury or Callisto to see the same striations of the surface, made by the impacts of another attracted objects. At the same time, if we take a look at Mars, which has a meagre atmosphere, due to its insufficient age, and we will see that there are also some craters, made by the same impacts, but their amount is considerably smaller.

Since all the mass belongs to the Sun, it is clear that its attraction force is on the hierarchical scale primary in the relation to these of the other objects of the solar system. The Sun attracts the other objects with the force that is dominant to the repulsion forces of these objects, therefore the collision with them is imminent if another object is found in their path.

The hierarchy within the universe, relating the objects within it, is as follows:

  • the primary role has its own rotation (the rotation of the universe);
  • the next is the mass of the objects within it;
  • the rotation of the objects;
  • temperature is a very important factor, directly related to the mass and rotation speed of the objects;
  • the last, but not the least, is age.

Not before we consider all these factors can we understand the relations within the universe and towards the universe itself, as a whole, in a logical, meaningful and simple manner.

From our perspective, a temperature of 2.4 – 2.7 degrees in Kelvin scale (2.4 – 2.7 degrees above the absolute zero), i.e., - 270.75 to - 270.45 degrees in Celsius scale – the value of background radiation – is a very low temperature.

Since this radiation emerges from the surface (this can be imagined as similar to the surface of the atmosphere on Earth), it represents at the same time the temperature of the field out of the universe (the volume surrounding the universe).

The essence of knowing this value is in the fact that under these conditions the radiation or waves can achieve the speed of approximately 300 000 km/sec., which is at the same time the speed of supra-conduction – the conduction at low temperatures. We already know that at these temperatures matter can, under natural conditions, independently achieve the speed of 270 000 km/sec., which is the speed of matter in the outer region of the universe.

By the analysis of the temperature list in the universe, galaxies, stellar systems, on and around individual planets and stars, we can immediately notice that a temperature is related to the visible matter, or to be precise, to the matter generally.

The average temperature of the universe is higher than the temperature of the volume surrounding it.

The so-called dark or invisible matter is also a type of matter. With its analysis we will enter the second round of the relations in the universe.

 

THE PERMANENTLY ASCENDING PROCESS

This chapter I also name a circular process, because a new circle begins at the final act of the ascending process when the visible mass turns into the elementary (invisible) matter.

By the analysis of the explosion of the last supernova, a very important fact was brought out: a larger part of the stellar mass is being desintegrated, or in other words, it disappears, because of the explosion.

Of course, it does not disappear, it turns into the elementary matter. The importance of this datum is strengthen by the fact that these novas are not a rare occurrence. Based on the researches, the scientists who are analyzing these topics claim that in the universe can be found at least one nova a day.
Also, it is very imortant to have in mind the fact stated in some researches that our universe is growing bigger, not only spreading away but also gaining mass/weight.

Therefore we have to supplement the law of indestructibility of matter with the existence of the elementary matter, which plays a very important role after the occurrence of this supernova.

If a matter that is known to us disappears, how can there be an increase of mass? If it stops raining, how can the clouds still be there?

The first step in this circle is the appearance of matter... There are neutrinos, electrons, protons,... In the process of joining ever larger objects appear by gathering together these elements. Then there is a formation of stars, which, finally, turn into novas, i.e., they explode and return into the state of the elementary matter.

This rule applies to the universe as a whole, but in its outer region, due to higher speeds, this rule causes more tumultuous events, such as the collisions of galaxies and the explosions of the majority of objects inside them. That can be regarded as the largest firework in one of the universes.

With the decreasing speed towards the interior part of the universe, or the increasing speed towards the outer parts, there is also an existence of the irregular movement of some parts of the universe, due to the unequal distribution of its mass inside the volume. The consequence is that, instead of a regular rotation of a solid object, there is a fluid rotation of such a large whole in which a declination from the firmly defined ellyptic path is more often a rule than an exception.

A collision or impact of one or more galaxies is a result of the mentioned relations. The gravity, i.e., the attracton force, occurs only in the final stage, but just as a secondary influence, to intensify or accelerate the event.

To become disc-shaped, an object has to meet these conditions:

  • it has to have a high speed of rotation;
  • it has to be of a smaller and solid composition;
  • it has to have enough time to make a large number of turns (it has to be rather old).

As we know, Saturn has quite a fairly fast rotation; its composition is somewhere between a fluid and liquid state (it would float on water – it is by three tenths, 3/10, lighter than water); it is several billion of years old.

After these figures are included in a calculation, we obtain the result that it has made at least 4 trillion of turns (5 billion of years x 365 days x more than 2 turns per day).

Having these numbers in mind and attempting to calculate them in the terms of the universe, which makes a single turn in about 94,5 billion of years... it would make us feel dizzy.

No matter how did the universe make its current form in only a few turns, its age is so vast that human comprehension can not grasp it and enters the area where numbers are irrelevant, because they are equal to the infinite value, or in other words, too many to be comprehended.

Inside the permanently ascending process, there is another process, which represents the regularity of the characteristics of matter.

The first complex particle is a proton or the nucleus of hydrogen, H2. It is obvious from this symbol that there is immediately existing the primary law: the connection or joining together. The joined particles are creating the space objects, which, provided they are large enough, start creating ever warmer nucleus by the pressure and work of particles.
This is not a fusion or splitting of the atoms, but a friction or the work of atoms. Active volcanoes that throw out the matter, named magma or lava, are scattered around the Earth. All the researches show that lava is not a contaminated radioactive matter, but a matter that is a building material of the crust, or the surface of Earth.

As the mass of an object constantly grows and connects with another mass by attracting it, the object's temperature constantly grows, too. This is how stars, red and white dwarfs are created. The stars, if lucky, turn into the centres of galaxies. The final stage is a supernova.

Both rotation and inevitably age generally affect the temperature of an object. The stars with a slower rotation are colder than those ones with the higher rotation speeds.

The rotation of an object creates a central object inside the regular galaxies in two ways (although, there are not such galaxies as regular and irregular, but those that have a central rotation and those that still have not got it):

  • the first is when a star, due to its growth, gathers other smaller objects and stars, due to the considerably increased attraction force;
  • the second, even more frequent way, is when fluid structures within the galaxies, which do not have a rotation, start to move and in time by accelerating create an object with a spiral in its centre, opened to both directions.

The object grows by attracting the matter from its neighbouring surroundings, which keeps growing bigger as the object grows. It also absorbs the matter through both openings. The matter starts warming up intensively when passing through the spirals and placing itself to the interior of the object – the centre of galaxy.

The research of the Sun has shown the fact that there are cyclones on its poles (polar regions), rotating at the speed of 500 km/h. it means that both types of the formation of objects in the centre of a galaxy follow the same rules.

Therefore, all the structures of the biggest space objects have in its centre a spiral, which is up to 30 000 light-years long.

svemir-8,the universe

All the objects that possess rotation are consequently moving into straight direction.

We have the confirmed results for the stars, planets and galaxies. The speed of Sun, inside Milky Way, is 200 km/sec around the galaxy, in the prong of Orion.

The universe itself possess a rotation and therefore a direction, but under different conditions. It moves in a very cold elementary matter and, of course, in a much larger area, namely, the volume.
From the already known facts, regarding stars and galaxies, it is obvious that this is not a sole object, but one out of many hundreds of billion of the similar objects.

I want to enter this chapter not because there exist more universes that follow the same physical laws, but because of the characteristics of that volume.

The fact that these objects under the condition of low temperatures move at the speed approximate to the speed of light is not important;what is important is the fact that the volume that we discuss must be a formed whole, based on these starting points. Such a whole can not be the only one. Here we are at the point when all discussions lose their purpose, because the expressions such as infinite, much, might be understood, etc., have to be used. Even though, this use is of no value anyway, because of the infinite distances. It is only important to point out that all the following wholes will rotate faster and their average temperatures will continuously decrease.

 

Temperature is at the same time the next characteristic in understanding the universe.

According to the scientific estimate, it has been concluded that the universe consists of some 4% of visible matter and the rest is composed of 75% of energy and 25% of invisible matter.

These 4% are mostly hot and very hot objects that should eventually be able to warm up the universe to a tolerable temperature. The problem is that only this kind of matter, visible matter, is a conductor of temperature.
There are only traces of the rest of matter out of the hot objects. In our solar system, these objects make some 0.2%, which is, more or less, an approximate percentage for all the volume of the universe.

The objects emit radiation, which is not warm, because it does not consist of photons. Energy itself is cold.

The warmth appears only when waves collide with matter. The collision causes the work of particles, which then start warming up and emiting light and warmth, as we know them. In this case it is not photon, but radiation, that we talk about, therefore no matter how much the power of light is increased, a density remains the same, because it is not matter, but radiation.

Since there is only 4% of (visible) matter in the universe, 99% of which in the objects, the universe is not bright, but rather dark. If it was not the case, it would be very unusual that there is dark outside the atmosphere of Earth, as opposite to the light, travelling at the infinite speed.

The light is a product that has no reach if there is no matter to produce it further in the collisions with the waves of radiation.
Now is the time to point out that it is obvious at this point why the radiating objects do not lose mass, but on the contrary, they continuously grow, just as the mass of the universe is. Although, the mass of the universe does not grow due to the new mass appearing from the inside – which is also very likely – but due to the appearance of the new mass within itself.
The appearance of matter in this period of the universe is bigger than its loss in the explosions of novas and supernovas, i.e., in the explosions of stars and objects in the centres of galaxies.

This is not a sporadic occurrence, but a process worth one and more disappearing star masses – which occurs at least a star per day. That worth is larger than a mass of several thousand masses of our Sun, because, generally, very heavy stars are those that explode.

The supporters of Big Bang theory and some recent beginning made a supposition that matter, a visible phenomenon, had appeared in finite, invariable quantity.
The explorers of the universe were constantly drawing their attention to the fact that the universe is gaining mass, but they paid no attention to it and rather tried to cover it by blowing up the universe.

When the results of the supernova and the desintegration of the majority of matter from the exploded star were published, a huge gap in the already discreditable theory appeared:

  • firstly, the law of the indestructibility of visible matter, which had been claimed to have appeared in one whole, ceased to exist, since it has been proved that matter disappears.
  • secondly, a disbalance appeared. The explorers have been warning about the increase of mass of the visible matter, and now the already existing mass has been found to be disappearing.

With these facts, the universe is supposed to be disappearing, but on the contrary: it has been expanding, in the terms of both mass and volume.

Here, it is not about some minor quality; annually, a size of 365 days, multiplied with a few thousand of the Sun masses disappear. That result is to be further multiplied with their supposition of the age of universe, which is 13.7 billion of years (365 days x a few thousand of the Sun masses x 13.7 billion of years). That gives us a completely new prospect on the universe and everything that is happening inside and out of it.

In the last suggested period, a quantity of no less than 30 000 000 billion of the Sun masses has disappeared.

Opposite to this statement, there is a piece of information that during the last 13.7 billion of years the universe has replaced this loss and even increased its mass total.

Finally, with the creation of new matter, the universe again follows the laws of physics and puts aside all sensational and frightening scenarios of its creation in some fantastic and imaginary theoretical constructions that do not follow the laws of physics.

Everything follows the already mentioned laws of physics for as far as even the thoughts can travel throughout the universe, and throughout the volume in which it co-exists with another universes, and the next volume that contains the volumes of all the universes, and the next volume, too.

The creation of protons, i.e., our atoms, makes a part of the laws, which are known from the researching of the subatomic physics, but have not been accepted yet.

 

THE CREATION OF MATTER

Ending the circle with a disappearance of matter requires a new circle to start with the creation of matter. The subatomic physicists have confirmed that from the field or volume certain particles pop out. Some of them keep their new status, but most of them returns into the volume.
Since this occurrence is divergent from the „scientific“ and religious understandings, it has continuously been ignored.

Even though, this is not a single research on this subject matter. During the last few decades, the scientists were almost maniacally „amusing“ themselves by splitting atoms in the particle colliders. Nowadays, only in the CERN institute talk about it „aloud“ to attract money for their little games.
These colliders have shown us thousands and millions of possibilities to split an atom. In reality it goes like this: you need to have two groups of protons (H2, i.e., the particle of hydrogen without the electrons) and place them into a sterile tube where they are being accelerated by a strong magnetic force approximately to the speed of radiation. At that moment they are collided with one another. The conclusions are drawn from the fragments of such an impact.

In that story, a great discoveries were made, but the scientists ignored them because of the rules, being set in advance, which had proscribed what and how to do. When strictly analysed, it is not clear why did the research take place at all, when it had to be in accordance with the proscribed criteria, disregarding the facts.

From the research as a whole, it is obvious that by splitting we permanently destroy a proton, which can not be assembled again. In its own disintegration it strictly follows these rules:

  • at he end of disintegration, the electrons, neutrinos and energy remain;
  • all other statuses are only temporary and they last for one – twomillionth of a second (a mion) and that is the longest stagnation; the next one lasts for one - hundred millionth of a second, then the next for one - billionth of a second.

The particles that are permanent and participate in the creation of matter are:

- energy;
- neutrino;
- electron;
- proton.

A proton consists of a large number of electrons, neutrinos and energy and an electron of a large number of neutrinos end energy. That consequently means the first particle after the elementary matter is a neutrino.
Energy is mutual for all the systems: for the particles and the elementary matter.

The subatomic physicists have observed the creation of a proton. It is more than 1 800 times bigger than an electron. It can also be presupposed that an electron is similarly bigger than a neutrino; current scientific estimates are that it is about 250 times bigger, though. As the subatomic physicists have discovered, what pops out from the field (volume), is a formation composed of neutrinos and electrons that try to become a complex particle of hydrogen, i.e., the first element in the periodic table of elements.

That particle is created when neutrinos, either individually or joined in an electron, with the omnipresent energy, together create a thread or a string (&), with the different charges at its ends. These ends are then firmly connected and a thread becomes round.

The most important thing to point out is that the threads appear with a disbalance of charge on their poles. Namely that disbalance, which is important, marks the beginning of all the processes of the merger of particles, i.e., the formation of matter.

&

When the ends of a thread are connected and a thread becomes round. The three poles exist, two of them being charged and the third one being neutral. These formations are frequently appearing in the experiments of the bombardment the protons with electrons. They gained a name: a quark.

The fact that a proton, when being bombarded, never splits into quarks, but always into electrons, neutrinos and energy, has until nowadays been an unsolved mystery for the scientists.

To solve that mystery, they started introducing some frightening forces that were presupposed to have stopped the atoms from splitting the way they wanted them to split, instead of the natural and characteristic way it happens, into the parts that an atom is composed of.

Seen in this way, hydrogen enters into chemical reactions with two poles, but only one of them being more expressed, as it is known from the chemistry, making a strong hydrogen bond. The other pole enters the reactions as a weak hydrogen bond.

It should not be forgotten that a proton is combined of the several million of neutrinos, which also exist in a disbalance of charge that adds to the attraction of atoms as a factor of correction.

svemir-9,the universe

This is an approximative picture of the particle of hydrogen, as recorded between the strong magnetic poles.

If only the attraction towards the negative magnetic pole existed, a measurement would be impossible to conduct. The attraction towards both poles exists, with the stronger attraction of the positive pole of a particle towards the negative pole of a magnet. The opposite relation exists, too, but it is less significant (the negative pole of a particle towards the positive pole af a magnet).

The growing structure of an atom is not created by simply joining these round structures together; it can be seen in van der Vaals's radius.

The radius of hydrogen is 120 pm, and that of helium (He), containing four particles of hydrogen, is 122 pm. That it is really not the case, we can conclude from the following: mercury (Hg) has a radius of 150 pm, with 200 atoms of hydrogen; neon (Ne) has a radius of 154 pm, with 20 particles of hydrogen; nitrogen (N) has a radius of 155 pm, with only 14 particles of hydrogen. Oxygen (O) has a radius of 152 pm, with 16 particles and silicon (Si) 200 pm, with 32 particles. A particle is a thread and as such it enters into the processes of creating the more complex atoms. In a vast quantity, when a thread is influenced by a charge that is bigger than its own charge, it becomes open and attempts to create one of the more complex atoms.

This is the only way to explain significant differences between the two neighbouring chemical elements, for example: fluorine (F) with 19 particles and neon (Ne) with 20 particles. Or, there is even a greater difference between argon (Ar) and calcium (Ca) that both have 40 particles, and potassium (K) is between them with a particle less than them.
Even though some elements have the same quantity of particles, their structures differ, i.e., their threads are combined differently. Confirmation of this is also a fact that, generally, atoms can not be split into two or more parts, because of the structure being interwoven. Not all the atoms follow that pattern; there are other patterns, too: more similar or different structures are characteristically to themselves connected to each other to create a new atom. Such atoms can usually be split into the elements that form them. As there is an infinite quantity of particles, all connections occur in a full volume of mostly very different particles.

In such a vast quantity, another type of connection may also occur.
An element consists of one or more particles, threads, that are defficient or sufficient; such a particle tends to achieve a balance. All particle-creating environments have their own characteristics, but all of them have an upper limit of sustainment of connected particles. On Earth, the upper limit goes from polonium (Po) to uranium (U).

It is important to know that connecting does not follow the rule of the upper limit; it occurs to the contrary of the rule. Such an element takes new particles and at the same time rejects those particles that have already been a constituent part of the element, with radiation that accompanies such a process.

 

THE INTERRELATIONS OF PARTICLES

It had been considered for a long time that atoms look like a stellar systems and that they are composed of a nucleus, consisting of protons and neutrons, and electrons that rotate around the nucleus and make an electron cloud.

Even though we have been seeing and touching it differently, they had been convincing us that matter was empty, hollow. Prevailed the idea, supported even nowadays by 99.9% of scientists, that if a nucleus is the size of an orange, the electrons are far from it by the distance of a soccer field.

A new device to enter the world of atoms is named a tripod. It is a device that looks similar to the stylus of gramophone. Its upper end consists of one or more atoms; an impulse is released through it and a reverse signal is being observed.

The result is that the atoms look like the little spheres lined up one next to the other, without hollow spaces or electron clouds.

The researches on the space stations have revealed that the elements out of Earth do not have strong relations with their electrons. To obtain reliable, clean dana on Earth was the impossible mission, because the electrons were present in all experiments with particles or atoms.
When there are atoms, electrons, neutrinos and energy, within an experiment, gathered in a single place, which is at the same time any place on Earth, it is not impossible to draw the conclusion of a strong relation among them, but these four groups of particles are independent inside the same volume.
Imagine a room filled with water, sand, beans and tennis balls. That room is a space that can be grabbed into the closed fists. By doing so, the air is being grabbed into fists and it consists of the mixture of energy, invisible matter, electrons and atoms. The air is not only a mixture of nitrogen, oxygen, hydrogen, water vapour and the rest are some other elements, but it is also the mixture of electrons, neutrinos and energy.

It would not be wrong at all to conclude that the air, like everything else, is composed of energy and invisible matter that becomes visible by joining its components into more complex systems. Frankly speaking, we already know that everything is energy, everything is created from it and returns to it. I have never seen the experiment that could make us conjecture how does this happen, i.e., how can a matter without a charge become a matter with two poles. Of course, there is enough circumstancial evidence to conjecture the solution, but here we discuss only confirmed evidence, which have as such become the part of scientific correspondence.

 

HOW OLD IS IT?

We are the witnesses of the daily revisions of the acquired knowledge of geology, paleontology, or in a word, of our past and the past of Earth.

The crust of Earth is acknowledged to be a trustworthy indicator of age. It is known that at the faults of the tectonic plates, a part of the crust is subdued under the other part. On another places, tectonic plates are moving away from each other, with the always present magma (lava) to fill the empty place. These are the facts of a constant renewal of the crust through these and other processes.

The thickness of crust under the solid ground is 30-70 km and up to 12 km under the sea. The Great Canyon of Colorado is 1 500 m deep. Its lower layer is 1.6 billion of years old. The oldest rock found there so far is 3.8 - 4.2 billion of years old. The meteorites that fall onto Earth are generally 4.5 billion of years old.

The age is measured by finding out the time when did that particular matter become a part of the crust. A time period from 300 million to a billion of years is estimated for all the other events that followed the formation of Earth. The tendency is to „wrap“ it all up within 4.5 – 5 billion of years.

This old method is partially good for obtaining the results of age of the particular parts of the crust of Earth.

It should be mentioned that the crust is constantly been changing, regenerating. The Earth annually collects up to a 100 000 tons of new material from the outer space. The mass of Earth is 6 x 1024 kilograms – a number 6 with 24 zeros following it. If we take into account that datum of 100 000 tons a year, with the presupposition that it has been an average value from the time of the creation of Earth, we will obtain the result of the age to be 6 x 1024 years, which consequently means that the age of Earth is measured not in billions, but in septillions.

By observing the universe and the events in it, we have no reason to believe that anything had been happening considerably different in any period than today. Everything in the universe goes on slowly through time, by a space pace, everything is being born, living long and dying fast.
Even during the collision of galaxies everything happens slowly. Great speeds do not mean faster growth, just the opposite, even negative: the already collected will be diminished.

Should this result even be reduced by half, presupposing that a half of the mass had been collected elsewhere, and, already collected, joined with Earth in many turns, it would make this enormous number no smaller; it would then be 3 x 1024 years, which again means the septillions of years.

By observing the sole crust of Earth, we can also notice a great disproportion in the dana, estimating its age up to 4.2 billion of years.

The layer of the Grand Canyon at the depth of 1 500 m is estimated to be 1.6 billion of years old. With the presupposition of the average thickness of the Earth's crust to be 28 km, the age of the crust solely would be 30 billion of years.

For the soil that has been newly created by the cooling off the lava, the zero age is being determined. The oldest registered rock, which is 4 billion of years old, had the same age, too. What they have in common is they are created by cooling off the lava and the age of lava is not taken into account. It turns out that the zero age is 4 billion of years even today, after all of these billions of years have gone.

svemir-the-Universe
The picture of the universe, taken on the ESA satellite, July 6th, 2010.

A growth starts from the smaller towards the bigger, from particles towards the grain of sand, then towards a rock, a planetoid, a planet, a dwarf star, towards young and then old stars, towards the central galactic structures, the universe, a group of universes, a group of groups of the universes, ...

Traslated by: prof. Zoran Ćoso (Zule); mail zcoso@unizd.hr

mail of France
the Universe

svemir-the-Universe

Zadar's Theory of the Universe (2004.y. – links 2018.y.)

In this substance I will present different viev on aspect and relations inside of space for which we have enough evidence that they are realy like that. I will elaborate the theme of gravitation and galactic, so called black hole. Working out the begining of space I will give the presentation of the permanent proces as an ever present and locate the conditions and causes in that it develops. In the course of the presentation of the subject-matter I will separate the totality of the space into three categories of matter that are in fact on the same, that exists at different conditions and interrlations. I will present the suspect into credibility of the theory of particles that with small additions gets on weight and gives the possiblity for achievement of probably results.  I'll take you for the freedom to observe the matter and space in which exists the universe, and our material in it.  All argumentations will have in their base the existing discovery that will be here presents in another way.

Hubbel constant1
Let us observe out of todays conceptions the fact that the validity of this constant we can place on the different base. Astronomic observations are here undoubtedly and we have to accept the fact: what our telescopes see further the speed of opserved bodies grows up. We have a clasic growth of the speed per depth2.
The evidences that we have the rotation in the minor systems as well as in galaxies it intrudes itself upon our seriously check if it is valid for the universe too. The photos from COBE have given like discus shape of universe in value 13,7 billions light years (we will overlook the official presentations).
The rotation of universe as final (conditionaly) space would give as the result that is as the greates speed of its rotation realizes on the out part and that it declines per depth3. It is not here of crucial importance to locate the place inside of universe from where we do observation, because we can get the results of equal or similar valuables out of many parts of its space. Blue shift in the condition of rotation is an unavoidability4. The near objects that are far per depth have a different speed and in their collision, which is passing over, have a blue shift. That we can note even indirectly and in collision of far objects, which all togehter for us have the red shift. They remove from us or we from them because of declining speeds, but betwen them´selves they have a blue shift5.
That at the case of Andromed we can not too emphasize the influence of gravation it clearly show M 32, Great and Small Magellan´s Cloud 6.
On condition of rotation of universe all the inexplicable events get the satisfactory solution. We can take as an assumption that the said value of 13,7 Gly (billions light years) (according to the scientists that elaborated the results of snapshooting of COBE) is a radius. It is very easy to calculate the speed of rotation of universe in this values at known equality that it on its outside zone has a speed of 270.000 km/s7.
All of this has as a result that the universe is coditionally a closed entireness and builts the relations inside and outside of its space.

Universe, matter and correlations
The closed universe is made out of matter which exists and bulits correlations with the field outside of it as well as with visible matter.
The researches showednthat fails 9/10 of matter, witch we call a dark substance. 8  Dark matter and to us visible matter arhe conditionally a total matter of one unstable entireness which is our universe.
The conditions are put for reason because the rotation has its value9 that we can easy attribute to the matter and the wholeness must undergo thechangeability because of correlations with the matter outside of universe. It shold not confause us the fact that I use the term matter for all, because the former researches are enought that we affirm that all one the same matter is.
That what is different are the arised relations inside of itself. 10
The back-radiation from 2,4 till 2,7° K we evalue as a value that prevail in outside field that describes the universe, inherently it is a temprature´s value of matter in which exists our universe. 11
Knowing the conditions that we have at the material at supra-conductivity we notice that our universe satisfy to that conditions an that the energy (the dark one) is the supra-conductive matter. Impulses that develope inside of it undergo that regularity. If we observe separated they are uniformed and unbroken. Impils of the light of 300.000 km/s is an unchangeble constant, as well the impulses of another radiation. Trought the shut universe it is easy to understand why the matter, although it radiates, doesn´t get lost. Its value is under that conditions unchangeable in relation to the whole read off.
For argumetation of read off that the whole matter is growing I will elaborate later. The visible matter is a product of the whole matter included the outside one because of pressure-powers. Enrgy = matter is is a fine substance that at constantly pressure from outside to inside built us the visible matter. Similar proces is at the beginn ings of universe but the variety is the temperature at which they erised or erise. 12 The beginning of a new, conditionaly, matter has as a result that this one is warmer than the precending one. Our universe according to the temperature greater than outside matter in which it exist. Its rotation has a direction that is a starting base for reconstruction of its surroundings.13

Constant proces
Presser powers with pressure bring to passing of energy through energy and as a result we have polarized particles of the whole seriesof volume.
Depending on wolume of paritcles they erise with essantial disturbed balance to the benefit of positiv or negativ charge.14 Disturbed charge inside of fluid particle initiates the automatical proces of saturation. Because of a great number of volumes and difference of disturbed charge we have a great dynamics of connection and it develops on more levels at the same time.
For us separating proceses are of greatness of quark, electrons and neutrin.
One clearly read off that the whole (dark) mater has no stressed charge and it is for us neutral or without charge.15 As it all develops inside of that matter of particle at forming of more and more complicated system they use this matter too.
At  the arising of neutrons by quarks are uniting two elektrons, two neutrins and 2x0,136 MeV of neutral matter which, while it is in neutron, is an unalternating magetized because of permanent connection of quarks because of their non-balance at charge. 16  The charge always drives the charges and the united systems to further connection as to create system that finds its (condationaly) peace in the surroundings.
The charasteristic of matter is that it allows systems of definite upper greatness, above of which in that conditions can not arise any more elements of row, and it comes because of a new conection to permanent fall or radiation. Similar proces we have at isotopes that are with tendence of transfer into basic state of the next row. 17
Rotation of particles inside of system even parts of system inside of different structures is the weight even gravitation that unites the catching power because of magnetic´s powers and the repulsive force that that because of rotation sends the waves far from body. 18  Most decided is that at celestial bodies that have the rotation (bodies that have no own rotation do not send the waves) when we, because of direction of motionof atoms getsincrotonic´s radiation that disturbs neutral energy making the repulsive waves.19
Value of catching el. magnetic forces break themselves repulsive. Wen the object is pulled up by elektro- magnetic force  of the Sun it because of greit speed has the greater value than the repulsive forces at the planets which have the own rotation, and the crashes of that kind are sure when the planet is in the orbit of coming object.
Bodies captured in gravitation of biger object and they are inside of values that do not allow them that they have own rotation in addition to their elektro-magnetic forces they catch the coming body and their and thair area is essential wrinkled in that proceses of collision. Repulsive waves20 decline per depth that we read off at gradualy less speeds of captured bodies in depth.
United particles because of permanent alternating elektro-magnetic forces gather into entireness inside of which is continued more and more complex combination on range of opportunities. In time and dynamics that arises out ofconditions comes to systems that start to radiate21, and with overcross of critical conditions, as well as with greatness so which compecsity comes to the last phase when because of explosion, major part of particles lose the integrity and cross into neutral matter. There is a whole row of secondary events that lead also to disintergarte of particles of visiable matter.22

Conduct of matter
Low temperatures have extract the magnetic powers out of matter of universe leaving pure energy that supports supra-conducivity of different impulses. Neutrality of energy has a regularity that is as a whole exists as one particle or one quantity at one place inside of colder identical energy.
Rotation that realizes universe separates it inside of that conditions and is responsible for its duration. Speed near to the light of matter (visible) without of use of energy can realize through time only in supra-conductivity matter (dark matter).
Creating of visible matter is a rising proces to the greatness of mega-stars that for a corrective factor have conditions in which they exist  and into length of time of origin (lifetime if it is longer because of slow arise till decline it will the faster out growing of upper borders have a shorter lifetime of some celestial body).
Gathering of matter is not only unitary. Gassy systems inside of galactics can be movend by rotation and in the center they make leeches when we get body of greatness of ten thousand light years that are because of their specific of arise and structue, they are the greatest celestial bodies-objects.23  
Rotation of these bodies which is supported from inside creates beside elecro-magnetic powers, that are adequate to size of body, the strong repulsive waves that are well-defined when the rotation is greater.24 ,24a ,24b ,24c, 24d, 24e, 24f, 24g
Inside of closed universe the speed of rotation declines from outside to inside.
Matter has not as an effect forming of systems such as are the black holes because the space is open and the compression leads to the forming of particles.25 Desintegration  of matter can only result as a proces of balance to the lasting viability or rather when to it contribute another conditions for instance collisions at great impulses when we have a radial direction. Like discus from arise out of rotation that gives to the body an ellipse and the repulsive powers of gravitation do concentrate at elipse. Mass of bodies and rotation give an indirect weight that is to be read of on number and structure of the captured objects.
At protons (atoms) sufficient impuls impresses additional neutral quantity of neutral matter when we have awaked state of protons. Rotation of quarks that is not similar to rotation of celestial bodies, has a tendency of reversion.  As more energy entered intoa closed space the rotation forces it out faster. Overturn of quarks forms constant alternating electro-magenetic forces that affect on the pulling up and reject of particles of lower row as for instance electrons and neutrins, and a row of another particles. Atoms of more complex elements need not only have a creation of protons, neutrons and neutrins than they can integrate even some of less stable single or different united particles. Structure of neutrons is changed at enterinof pair of electrons (two)and neutrino as well as major share of neutral energy that now with permanent alternating magnetizing from the side of quarks addetional contribites to the stability of this system. Structure of higher row (of helium) has one item where develope the connection andcentral rotation which is inside of element so that the outside expanded parts of structure are intern. All higher elements in their structures hav „blank“ space through which more of less move electrons, neutrins and dark matter. Moving of inpulses we do not identify with moving of matter of these rows of volume. As the blank space does not exist all movings must bind to the complexity of field in volume.26
Sending the electron into the field to the open hole we with them hit the full field that send the impulses of tensor value further into the field.
As in the hole that field also filled with the row of volume of htese particles the impuls flows further on to the obstacle. In the measurer we register the arrived impuls that came through the field of electrons. Tensor value of impulses includes hte second as well as the third hole and the passing impuls is composed.27
Arousing of dark or neutral matter is in charge of transmissing of impulse of all radiatioms. As we observethis matter as one particle in this field we can not have major density. Essential characteristic of fotons is that they the gratest value get, except power and quantity of impulses, at the collision with obstacles.28,28a,28b,28c

Shorter summary from the work „Two-pol fluid world“, author Slavko Sedić
Zadar, 4th October 2004.

______________________________________________________________________________________________________________
1.  Demolition Hubble's law, Big Bang the basis of "modern" and ecclesiastical cosmology & Where is the truth about Big Bang theory?
http://www.globalscientificjournal.com/researchpaper/DEMOLITION-HUBBLES-LAW-BIG-BANG-THE-BASIS-OF-MODERN-AND-ECCLESIASTICAL-COSMOLOGY.pdf
Https://www.ijser.org/onlineResearchPaperViewer.aspx?Where-is-the-truth-about-Big-Bang-theory.pdf 

At the distance of 52 ± 3 (M86) there is a blue shift (-244 ± 5 km/s)  that is also present with the galaxy M90 at the distance of 58.7 ± 2.8 (−282 ± 4), while the other galaxies at the same distance (Messier 61NGC 4216 Messier 60NGC 4526Messier 99 (except NGC 4419 -0,0009 (-342)) are with a positive sign and completely different speeds.

VCC636 −113
IC3258 −593
IC3303 −427
VCC788 −3
VCC802 −318
IC3311 −287
VCC810 −470
VCC815 −866
VCC846 −845
NGC4396 −215    etc.

2.  Why telescopes lie?
https://www.ijser.org/onlineResearchPaperViewer.aspx?Observation-of-the-Universe-through-questions.pdf

A rotating object has its movement direction (planets, stars) and that direction is inside the next bigger rotating object (galaxy), which also has a movement direction inside the universe, as a result of rotation… The rotation of universe satisfies the results of the observations: the objects closer to us move slower than the more distant objects, with the most distant objects being the fastest. That is a reflection of the relations inside galaxies – nothing new about it. The telescopes are not designed to foretell the past but to estimate the distance and speed of the celestial objects.
It goes similar with the devices for measuring background radiation, which estimate the distance from the source to the device, i.e. Earth.
Let’s assume it originates from the Big Bang. If a background radiation from 13 billion of years ago travels at the speed of light, while matter at its best travels 10% slower, with taking the same starting place into account – how is it possible for them to meet now? What is the calculation that explains it?

3. Weitter Duckss's Theory of the Universe
https://www.academia.edu/26326626/Weitter_Ducksss_Theory_of_the_Universe
The age of an object and system is determined through the time needed for a certain mass to be collected and formed as an object in given conditions, as well as for that object to get attracted into a system. An initial value should be a small asteroid, which is estimated to be 4,5 billion of years old, the time which should roughly be enough for the gas particles to join into dust and form an object of ½ kg of weight. Age is not to be measured by measuring distance. The quantity of 13,7(8) billion of light-years, which is the distance to the most distant object in the Universe, is the length by which a circumference of the Universe is determined, with the correction of movement of the most distant objects, which is 270.000 km/sec. The Universe makes a single circle (rotation) in ~94,5 billion of years. Its disk-like appearance and enormous outer speed point out at the vast number of circles made to this day. Rotation gives the Universe a direction or trajectory.

4. Where did the blue spectral shift inside the universe come from? http://www.globalscientificjournal.com/researchpaper/Where-did-the-blue-spectral-shift-inside-the-universe-come-from.pdf
collision-galaxy

5.  observed 72 collisions between galaxy clusters (http://www.spacetelescope.org/static/archives/releases/science_papers/heic1506a.pdf)

6. The Universe - what is it? ( https://www.academia.edu/29645047/Universe-2010.doc )
It is not reasonable to claim that, due to the gravitational force, the attraction exists between the galaxy of Andromeda and our own galaxy, but at the same time the same gravitational force does not affect the dwarf galaxies between these two.
The Large and the Small Magellanic Clouds are located 1.5 and 3 widths of our galaxy from us, therefore the gravity has no effect on them and they are moving away, whereas Andromeda is 22 widths away and it is obvious that the gravitational force has no effect on it.
If we make a supposition that even in the outer part of the universe, where the speeds of rotation are approximate to the speed of radiation (light), some objects attract one another, i.e., they have a blue shift between themselves, it would mean the possibility of some of them moving at the speed of waves or even faster.

7. Observing the Universe through colors
Observing the Universe through colors (https://www.ijser.org/onlineResearchPaperViewer.aspx?Observing-the-Universe-through-colors--blue-and-red-shift.pdf )
Greater distance weakens the intensity (force) of waves (radiation). Lesser intensity of waves is registered as a greater shift into red.
A very important fact needs to be stressed here: although after certain distance only red shift is registered, at the same time – on that and on all other distances – the collisions of galaxies are registered. 72 collisions of clusters of galaxies were registered, even though there is a red shift among all of them. These collisions indicate it is an illusion that the speeds of moving away or rotations only increased, because a collision stands for a blue spectral shift for the colliding objects. The illusion appears only from the observation of galaxies through the increase of speed.
There is an increase of speed along with the weakening of the intensity of waves, but by no means in numbers that are these days taken as an undeniable evidence. The rotation of the clusters of galaxies and the Universe is occurring many times slower and it can be seen from the similarities between the more closer and very distant galaxies.

8.  The causal relation of space and the absence of light in Universe
https://www.academia.edu/16790589/The_causal_relation_of_space_and_the_absence_of_light_in_Universe
The interaction of space and radiation directly influences the temperature of an object. On the following objects' surfaces it is as follows: 440°K on Mercury; 288°K on Earth; 152...16 on Jupiter. The space around the objects has the same decreasing curve starting from the Sun towards the end of the system. The same goes for the dark side of the objects. The lowest temperature on Mercury is 100°K, on Uranus 49°K, on Pluto 28°K, in the Oort cloud 4°K. During observation, a compensation for the atmospheric influence and the interior temperature of an object needs to be taken into consideration, as these are the factors of interference when comparative data are being acquired. However, even without doing that, it is completely obvious that a curve of the radiation decreasing effect is in accordance with the distance from the source of radiation.
Space is interacting with radiation. The temperature is the highest on the places where the radiation is the strongest. The more the distance increases, the more the radiation gets weaker, all the way towards the absolute zero. The influence of radiation is manifested with the same decreasing curve on the opposite side of an object, where the temperature can not be causally related to the solar wind or highly energetic particles.
Through checking the behavior of some forms of visible matter (water, etc.), we can see that the temperature of some form of visible matter is the highest on its surface, because it is the place of collision of radiation and matter and the closest place to the source of radiation. As distance increases, radiation gets weaker (the temperature is 0-3°C on the bottom of the ocean) 17. Having in mind the factors of interference (density, etc.), we can conclude that there is a comparative and obvious similarity in fields of invisible and some forms of visible matter. It points out that space, in which there is visible matter, is filled with it, with some of its characteristics having been measured for already a long time. (14 15 16)

9. The influence of rotation of stars on their radius, temperature...
 http://www. globalscientificjournal.com/researchpaper/The-influence-of-rotation-of-stars-on-their-radius-temperature.pdf
Fast-rotating objects, white dwarfs and blue stars 3  {(There are higher and lower limits of density. Matter constantly tends to be less dense ( Sun 1,408 g/cm3); from the total amount of stars in Milky Way, 96,15% are the stars of the classes M, K and G with low temperatures, up to ~ 6.000 K. Very small, even insignificant part of them are extremely hot, hot and warm stars, 3,85% (class O making only ~0,00003%) and with the white dwarfs probably following this percentage. 5) (If type F is added to types M, K and G, then these are almost all stars in Milky Way, except ~0,73003%  of fast-rotating stars.)}, a Wolf-Rayet star ( WR 2   “the exact rotation rate is not known. Estimates range from 500 km/s;  WR 46  “The terminal velocity of the stellar wind reaches 2450 km/s“  etc.),  pulsars, so-called neutron stars, generally have a negative ratio of the radius in the mass/radius relation (Sun = 1), and the opposite goes for the low-speed rotation stars  (M, K and G type of stars, which make  96,15 % from the total amount of stars in our galaxy3,  4), they have a positive ratio of this relation5,6,7,. It needs to be stressed that “It should not be recommended to reduce the analysis of the influence of factors to the stars on mass, radius, temperature and the rotation of object around the axis.. Temperature and radiance are also affected by the tidal forces from the bigger or smaller binary effect, environment, the density of gas (layers) between the observer and a star, the speed of outer matter influx to the object, especially into a whirl or cyclone on the poles of a star (over 140 tons of space matter is falling daily to the surface of Earth), different sums of the mass and rotation effects to the small and big stars” 5 with the comment that evidence suggest that the stars outside nebulae (the majority of Milky Way stars), which do not have a close relation to another star (having in mind the range of several dozen AU, depending on the mass of a star), generally follow the mass/radius relation, which is related to the speed of a star’s rotation around its axis 568.”  

10. The Creation continued on the eighth day  http://www.svemir-ipaksevrti.com/the-Universe-rotating.html#6b
Even before the construction of an accelerator, the scientists found out that a disintegration of matter occurs, because they were regularly recording a muon landing from the universe to a laboratory (a muon is a part of a particle, i.e., of a proton, which has a negative charge within a generally positive particle). When colliders appeared, we saw and we can still see how and to what particles matter disintegrates, i.e., how protons, neutrons and electrons disintegrate. There is no doubt whatsoever that a matter disintegrates during the collisions at very high speeds. At that time, the visible matter turns into an invisible one. With a few short delays, which are called the particles, it turns into an elementary matter.
A problem occurs when we don’t want to integrate this knowledge into the already-existing weak theories, which are more inclined to look for the answers in the fairy tales outside the frame of physics. We know very well which percussive forces are created when any star explodes, and yet, we don’t want to consider the results obtained by the colliders as a correct interpretation of the event, just as if it were two different worlds involved. There is an endless quantity of high-value collisions within an explosion, similar or even the same as they occur in the supercollider, and yet again, we continue to interpret the loss of matter and mass outside the frame of physics, rather than through the disintegration of matter. It is clear now why did those stories of the mini black holes appearing in the CERN institute come out; if it was not possible to create mini black holes in these unimaginably strong collisions, how can then exist their larger counterparts – and the conditions for their appearance are almost the same as in the so-called Big Bang. …
The loss of matter should be replaced the way Fred Hoyle suggested the particles are created, which has, by the way, been confirmed by the sub-atomic research. The formation itself should be related to the quantity of disintegrated matter (he suggested one, and only on Earth billions and billions disappear daily, which has been confirmed by the muon landings from the universe, due to the charge opposition between Earth and muons). The disintegration is the end and the formation of matter is the beginning of the process of the fundamental matter circulation in the universe.

11. Universe and rotation  https://www.academia.edu/11692363/Universe_and_rotation
„A rotating object (universe) has a direction of movement. Based on everything that has been proved about the universe so far, it means that direction can’t be outside some kind of a system and there can’t be only one whole.
That space (multi-universe) has one basic characteristic and it is that the temperature of that space is lower than the temperature of universe, since the background radiation arrives from that area and its temperature is 2.4 – 2.7° K. It is a higher value that will be decreasing on the ends of that space, and the speed of rotation of that next group will in the outer region be higher than the speed of universe’s rotation (270 000 km/sec.). The end of constructing ever larger groups would be at the temperature of 0° K – the absolute zero temperature.
The space of the absolute zero temperature would possess a very great number of groups, in one of which we are. The temperature between stellar systems and galaxies is ~ 4° K. That means it decreases by 1.5° K between greater systems. It makes it possible to conclude that beyond our universe there are no more than 3-4 levels. The height of temperature depends on the source (stars); when the space increases, the temperature’s influence gets ever lower. The last level is similar to a spherical group of stars, outer side of which is a pure energy.
It is necessary to realistically evaluate the behavior of matter below the melting temperature of helium (-272.20° C); it would provide a better description of the upper level.“

  12. Why is the Universe cold?
http://www.svemir-ipaksevrti.com/the-Universe-rotating.html#15b
It can not be neglected that elementary matter (invisible matter and energy) warms up, too, for some 100°K! It is less cold closer to Sun; ~ 100°K on the dark side of Mercury. It gets colder in the space further away; it is around 30°K on the dark side of Pluto, while at the end of the system, in the Oort cloud, it is ~4°K (~-269°C). At the end of Universe, it is 2,4 – 2,7°K. Even if we did not know that there was something out there (outside the membrane, in the so-called “empty” space), from this we would be able to deduce that there was something following the laws, similar to these of the visible matter. It can also be confirmed by the constant decrease of power or intensity of the waves, with the increase of distance from the object that emits them.
All these facts confirm that this is a kind of matter, too, and it can not be denied of similarities with the visible matter, but there are also some differences between them. The only impossible thing, when discussing these facts, is connecting our space with that empty space. Empty space can not follow the same laws like those of the visible matter; it is an empty space, in which there are no laws. It can only transfer an event or action further, without affecting them in any way.
The characteristic of the visible matter (which does not possess its own energy source or hot core) and invisible one, too, is that they are increasingly colder if the amount, power and intensity of incoming radiation decreases. Warmth and light are typical of the visible matter, and the significant reduction of cold is typical of the invisible matter and energy, when influenced by the radiation waves.
By applying the analogy of the ascending sequence of events, the more we are distanced from the source of radiation, the lower are the temperatures. Between the multi-universes, they are a bit closer to the absolute zero. The temperatures decrease as the wholes grow. An endlessly large volumetric belt of energy is expanding after the last ascending whole and the temperature there is absolute zero.
By the analogy, inside this belt there is an endless quantity of the wholes, similar to that one, but it is very likely that the whole with the absolute zero temperature in it could be the outer and the last whole in the hierarchy that goes further into the 3-D infinity (at least the infinity as humankind understands it).

13. Where did the blue spectral shift inside the universe come from?
http://www.globalscientificjournal.com/researchpaper/Where-did-the-blue-spectral-shift-inside-the-universe-come-from.pdf

ULAS J1120+0641 
(at a comoving distance of 28.85 billion light-years) was the first quasar discovered beyond a redshift of 7.
UDFy-38135539
The light travel distance of the light that we observe from UDFy-38135539 (HUF.YD3) is more than 4 billion parsecs (13.1 billion light years), and it has a luminosity distance of 86.9 billion parsecs (about 283 billion light years).
EGS-zs8-1 
The galaxy has a comoving distance (light travel distance multiplied by the Hubble constant, caused by the metric expansion of space) of about 30 billion light years from Earth.
Z8 GND 5296 
Due to the expansion of the universe, this position is now at about 30 billion light-years (9.2 Gpc) (comoving distance) from Earth. 
Q0906 + 6930 
But since this galaxy is receding from Earth at an estimated rate of 285,803 km/s[1] (the speed of light is 299,792 km/s), the present (co-moving) distance to this galaxy is estimated to be around 26 billion light-years (7961 Mpc).  
Etc. …“

14. The atoms - what are they?
http://www.unexplained-mysteries.com/forum/topic/268680-atom-why-did-cern-fail/
Bipolarity of particles (I will not go further from hydrogen here) is discovered through the non-existence of the free particles – they only exist joined into pairs (H2). A particle that has only a positive (or negative) charge – or in other words, a single charge – can not attract another particle with a similar value. Only the opposite (different) charges attract: the positive part of a hydrogen particle attracts the negative part of another hydrogen particle and then they exist as a pair. Why are these not the electrons? In that case, the joining would end as proton (nucleus) with an electron, or more of them, and there would not be the need to join together proton with another proton.

15. Why is the universe dark?
http://www.unexplained-mysteries.com/forum/topic/268345-why-is-the-universe-dark/
Dark matter, which exists among the celestial objects, even though it carries a wave, it decreases its intensity proportionally to the distance increase. It is almost a classical situation: if vacuum really existed, the intensity would not be decreased because there would be nothing to decrease it. The further the wave travels, the weaker it gets; that is why there is a sunset and a very cold weather on Pluto. A lack of atmosphere is another disadvantage to it. Coldness is a characteristic of the dark matter. The lower intensity of the waves, the lower is the temperature, too; that is why the temperature in the Oort cloud ranges from 4 to 12°K and that of the background radiation, which comes from the surface of the universe, is below 3°K.
Since there is no charge in the dark matter, it can not support or produce friction and, as a consequence, neither light nor heat. That is why the universe is dark and cold – it is a basic state of matter which has a mass, but does not have a charge.

16.Weitter Duckss'sTheory of the Universe
 Http://www.ijser.org/onlineResearchPaperViewer.aspx?Weitter-Duckss-Theory-of-the-Universe.pdf  
When analyzing the particle of hydrogen (H2), the smaller particles (electrons and neutrino) can here be exluded from the main process of creating the more complex particles. Electrons and neutrino participate in creating protons and neutrons (or, heavy protons). The reason for it is obvious, a proton needs the relation with another proton, because smaller particles are unable to keep it stable and in a stable bond. …
That is the way how an interwoven structure of more complex atoms is created. It gives a simple answer to the question, why two or three atoms with the same atomic mass differ utterly (argon, potassium and calcium, etc.) and exist in different aggregate states. The same goes for any pair of the neighboring elements (fluorine – neon, tellurium – iodine, etc.). The isotopes of elements also need to be mentioned here; they additionally confirm this way of creating the particles. Joining and growing of particles goes on even when a particle reaches its upper limits of natural sustainability, due to which a particle rejects the surplus of matter together with radioactive radiation. The same goes for the lower elements (who have irregular structures or the irregular ratio of protons and heavy protons), whose structure can not bear further growth (the system undergoes self-adaptations to achieve the sustainable state).

17. What are the dimensions of destruction and creation in the Universe?
http://www.ijser.org/onlineResearchPaperViewer.aspx?Observation-of-the-Universe-through-questions.pdf
In order for the explosion to happen, a very specific sequence of events is required. It is obvious that stars grow into the centers of galaxies, 200 billion of which are there in the Universe. That is important to state, in order to rule out the significant importance of the mass or size of an object, as these are evidently not so important. It is not the case of combustion or consumption of fuel here; it is obvious from the whole spectrum of different values in terms of mass and radiance (rotation) that belonged to an object before the explosion. A pattern or regularity is not discerned in these parameters.
One object becomes a nova and a large number (millions) of others with the same parameters just go on the same way. It is necessary to consider some very rare factors, like, for example, the impacts of large objects into planets, but even more rare – those that hit only a small part of the objects (one event in more than ten million of objects - stars).
Within the growth of an object, some smaller object is starting a reaction when colliding with a star. If that should remain a rare event, it needs to be a specific event under the specific conditions. The only possible specificity is for that object (the errant objects, incoming from outside the Solar system) to arrive vertically onto one of the poles and to hit the opening of a cyclone that exists on the poles of stars. That way, it would get an opportunity to break into the interior of an object. Comet ISON is the evidence that objects with vertical trajectories really exist in the Universe.

18. The forbidden article: Gravity and anti-gravity  
http://www.ijser.org/onlineResearchPaperViewer.aspx?Observation-of-the-Universe-through-questions.pdf
The rotating objects seize other smaller objects, whereas the objects without a rotation don’t have satellites. Due to the rotation, an object emits synchronous radiation, by which it pushes away the objects in the direction of the rotation. The EM forces that usually have an attraction effect now obtain a repulsion effect, i.e., they push away the objects and prevent them from falling onto a central object.
If a rotation did not existed (which is impossible, due to the atom structure and its bipolarity), there would have existed only straight trajectories from the smaller objects towards the bigger ones, until they explode and vice versa. The whole universe rotates constantly: the stars rotate, as well as the planets that are beyond the reach of the strong EM forces, the galaxies rotate, the universe rotates … The objects’ trajectories are circular, or elliptical, to be more precise. All objects observe that law, even comets and asteroids that visually travel early, firmly observe that law. ..
Now we no longer need sheets or other requisites to understand why are the orbits around a central object stable and very long-lasting. When an object increases in size faster than the existing proportion of relations allows, it slowly distances itself and finally becomes independent, if there is luck (our Moon is slowly distancing itself from Earth; Large and Small Magellanic Clouds are distancing from Milky Way,…).

19. The relations in the Universe
https://www.academia.edu/29645047/Universe-2010.doc
The difference between Mercury and Venus, on one hand, opposite to the Moon, Callisto, Titan or some other satellite, on the other hand, is only that the first ones rotate around the Sun and the second ones around the Earth, Jupiter, Saturn or another object.
What they have in common is they lack their own rotation, which has been blocked by the electromagnetic force of the primary object. The laws of physics that apply to them are the same.
They only possess the attraction force that can not be used as a repulsion force, obtained by the rotation.
It is sufficient enough to look at the surface of the Moon, Mercury or Callisto to see the same striations of the surface, made by the impacts of another attracted objects. At the same time, if we take a look at Mars, which has a meagre atmosphere, due to its insufficient age, and we will see that there are also some craters, made by the same impacts, but their amount is considerably smaller.

20. Gravitational waves – a great discovery or a great scandal (a plagiarism)? https://www.academia.edu/22690826/Gravitational_waves_a_great_discovery_or_a_great_scandal_a_plagiarism ?
A new article suddenly appeared on February 25th, http://phys.org/news/2016-02-pulsar-web-low-frequency-gravitational.html and all of a sudden, a new change of the already new paradigm occurred again. Gravitational waves could be created by pulsars that have a fast rotation!
This utter „shift“ seems to be at the core of the discovery, as well as the confirmation that these are not the gravitational waves, predicted by Einstein himself (he did not create nor did he accept the term „black hole“), but the waves emitted by every object that rotates around its axis; the faster the rotation – the more important the waves, and vice versa.
This is no Einstein anymore, this is Weitter Duckss and his texts, made in the last 12 years. 
The Theory of Zadar was published in 2004. and there it is stated:
„The rotation of particles within a system, as well as the parts of a system inside the particular structures, is the weight, and is also a gravity, which unites the force of attraction, caused by the magnetic force, and the force of repulsion, which, due to the rotation, emits the waves in the direction away from the object. This is expressed the best on the astronomical objects that possess rotation (the objects without their own rotation do not emit waves); due to the atoms movement direction, synchrotron radiation appears and creates the waves of repulsion, which are influencing the neutral energy.“ 
http://www.svemir-ipaksevrti.com/Zadarska-teorija-hrvatski2004.html

21.  Heated objects (stars)
http://www.ijser.org/onlineResearchPaperViewer.aspx?Weitter-Duckss-Theory-of-the-Universe.pdf 
The mass which creates pressure and the effects of the gravitational forces of Sun are responsible for the melted core. That is the reason why Venus is more warm than Earth and has more active volcanoes, although it is smaller than Earth6.  Therefore, there are convincing and verifiable evidence for the objects to shine. They start shining when they reach a sufficient mass if they are in a distant orbit or are independent, or when they reach a sufficient mass and the effects of the gravitational forces if they are closer to the central object (the most often, to a star). Earlier, people were taught that for an object to become a star, it would be sufficient to reach 10% of Sun's mass. Now, the ever-improving technology is providing more and more new evidence to change that mass level. That mass level has become even more blurred through the discovery of exoplanets and more detailed observation of brown dwarfs, because the mass level was unable to provide the needed answers7.

22. What are the dimensions of destruction and creation in the Universe? http://www.ijser.org/onlineResearchPaperViewer.aspx?Observation-of-the-Universe-through-questions.pdf
Despite destruction (the disintegration of matter), the observations show that the Universe is not losing its mass. On the contrary, it increases. It means that the Universe is efficiently replacing all of the lost matter, the minimum of which is 20 quadrillion of the Sun’s masses, and even “some” more.
It is not to be forgotten that a smaller part of matter is also been disintegrated in the collisions of waves and particles. In order for the muons to be registered at all in the laboratories, a countless number of particle disintegrations needs to occur. It is an everlasting occurrence on the objects orbiting around a star from the beginning of time till these days and until a star becomes a nova. A good portion of matter is being disintegrated in the collisions of objects and galaxies.

23. Processes in universe
http://www.ijoart.org/docs/Universe-and-rotation.pdf
Growth doesn’t stop with atoms; on the contrary, joining goes on. Through joining, chemical reactions and combined, gas, dust, sand, the rocks named asteroids and comets, etc., are all created. Even further, planets are created the same way. Then, when planets grow to the 10% of Sun’s mass, they become stars, which can be really gigantic (super-giants).
Millions of craters scattered around the objects of our Solar system are the evidence of objects’ growth. Constant impacts of asteroids into our atmosphere and soil are the evidence of these processes being uninterrupted today, just the same as it used to be in any earlier period of the past. It is estimated that 4 000 – 100 000 tons of extraterrestrial material falls yearly to Earth. We had seen the impacts of objects with Jupiter, Moon, etc. It is completely impossible to talk about a primeval formation, even less about a simultaneous one. There is a particular history, age and mass in each and every object; they are not the same with any other object. Generally, a bigger object should also mean an older object, but there are also some corrective factors, because of the conditions in which the objects exist.
Inside this process there is a process of growth and disintegration of elements, which is related to temperature and rotation. The atoms of the lower order are generally present on smaller objects: asteroids, comets and the majority of satellites and smaller planets. When an object’s mass is sufficiently increased, given other forces, too, it becomes geologically active. Its temperature grows inside and outside its crust, due to the formation of heated core. The atoms of the higher order are created under these conditions. The more active and warm a planet is, the higher is the presence of the higher order elements. However, at certain point temperature begins to destroy (disintegrate) higher elements.

24. How are the spiral and other types of galaxies formed? 
http://www.globalscientificjournal.com/researchpaper/How-are-the-spiral-and-other-types-of-galaxies-formed.pdf
The forces of attraction and the rotation of stars firstly form binary systems. .. There are also „two ways of creating galaxies with their recognizable rotating center. The first is that a star with a higher speed of rotation survives all the challenges of the dynamic universe and sufficiently increases its mass so that the number of objects in its orbit can be considered a further growing galaxy.
The other is to create a cyclone out of gas or invisible matter inside the irregular galaxy and with the assistance of rotation. That cyclone turns the irregular galaxy into a regular one. ..
This implies the existence of no less than two types of galaxy centers, which structurally differ from each other. The first type is created by the growth of stellar clusters and the start of cyclones in the center of an irregular galaxy, while the other is gaseous-liquid and is formed by the stellar growth.  With the increase  of the rotation speed and the formation of cyclones in the center, the first type galactic centers overgrow into a gaseous-liquid form (this implies the existence of transitional phases).
The rotation speed of a galactic center determins the form of a galaxy an the ongoing processes.
A very fast cyclone rotation (in an elliptical galaxy) creates huge friction, whichheats up matter; that can be seen on quasars and very fast-rotating small objects (stars) through the emission of radiation that takes place on the poles.
A vast number of stars and other matter (the center of a galaxy), when rotating around the common center, act as a single body, related to the rest of the galaxy. 
A cluster of a very large number of stars around the same center creates a common gravity, where the stars act as a single body (it stands for the mass of the center, ~99 % of the total galactic mass), around which a famous disc of stellar systems, gas, etc., is created.
A slow rotation of a galactic center (as in the stellar clusters) does not create a recognizable center (the center looks more like the ones of close binary systems), while the fast rotation creates the center that ranges from the northern to the southern pole of the center.

24a. Why there is a ring, an asteroid belt or a disk around the celestial objects?
http://www.ijser.org/onlineResearchPaperViewer.aspx?Reassessment-of-the-old-but-still-employed-theories-of-Universe-through-database-checking.pdf

24b. Reassessment of the old but still employed theories of Universe through database checking

24c. http://www.globalscientificjournal.com/researchpaper/Why-is-The-Evolution-of-Stars-incorrect.pdf 

24d. Is there "fast and slow combustion" of stars?

24e. http://www.globalscientificjournal.com/researchpaper/WHAT-IS-HAPPENING-TO-OXYGEN-AND-HYDROGEN.pdf

24f. Why there are differences in structure of the objects in our system?

24g.  There is no ring around Pluto! ?

25. Supernovae are not our creators & They have seen a black hole in action! ...?
http://www.ijser.org/onlineResearchPaperViewer.aspx?The-observation-process-in-the-universe-through-the-database.pdf  
the size of a super-massive black hole is ~ 0,001-400 AU ( https://en.wikipedia.org/wiki/Black_hole#Physical_properties ) . The central diameter of our galaxy in the equatorial area is 40 000 light-years and from one galaxy pole to the other one, 30 000 light-years (http://www.astrodigital.org/astronomy/milkywaygalaxy.html). ..

Even if there was a maximal super-massive black hole in the center of our galaxy, it would be at least 15 000 light-years away from the surface area of the galaxy in its polar regions and 20 000 light-years in the equatorial area. Such a black hole would be covered with a layer of matter, 15 000 – 20 000 light-years thick.  ..
The information of the first observation of the "black hole" devouring a star is of the same level of (in)credibility. The last contact to a star can be made from a distance of a few tens of thousands light-years from the position of a black hole, marked by the scientists. How can they then claim that a star has a contact with an imaginary object at this distance? It can not be possible – not even in the wild imagination – for the teleportation of this time to carry objects – especially of that size – to these distances.
Where does it even come from, the claim that the explosion of an object, composed of hydrogen and helium, delivers its non-existing complex elements? If the stars before the explosion were composed only of the complex elements, then again, their small quantity presents only a neglectable significance, which can not be related to the complex particles of 100 – 400 billion of stellar systems. Besides, there is the disintegration of particles at work, due to the enormous explosion (the estimates are that only a small part of the stellar matter remains as a nebula).
The nebulae are generally composed of hydrogen and some helium, and other elements existing in insignificant quantities. It has never been discovered that there are silver, gold, uranium or generally any other complex element present on the stars or nebulae (at least, not in the quantities that are needed to establish such a hypothesis).

26. The particle
https://www.ijser.org/onlineResearchPaperViewer.aspx?THE-UNIVERSE-IS-ROTATING-AFTER-ALL.pdf
When the ends of a thread are connected and a thread becomes round. The three poles exist, two of them being charged and the third one being neutral. These formations are frequently appearing in the experiments of the bombardment the protons with electrons. They gained a name: a quark.
The fact that a proton, when being bombarded, never splits into quarks, but always into electrons, neutrinos and energy, has until nowadays been an unsolved mystery for the scientists.
To solve that mystery, they started introducing some frightening forces that were presupposed to have stopped the atoms from splitting the way they wanted them to split, instead of the natural and characteristic way it happens, into the parts that an atom is composed of.
Seen in this way, hydrogen enters into chemical reactions with two poles, but only one of them being more expressed, as it is known from the chemistry, making a strong hydrogen bond. The other pole enters the reactions as a weak hydrogen bond.
The growing structure of an atom is not created by simply joining these round structures together; it can be seen in van der Vaals's radius.
The radius of hydrogen is 120 pm, and that of helium (He), containing four particles of hydrogen, is 122 pm. That it is really not the case, we can conclude from the following: mercury (Hg) has a radius of 150 pm, with 200 atoms of hydrogen; neon (Ne) has a radius of 154 pm, with 20 particles of hydrogen; nitrogen (N) has a radius of 155 pm, with only 14 particles of hydrogen. Oxygen (O) has a radius of 152 pm, with 16 particles and silicon (Si) 200 pm, with 32 particles. A particle is a thread and as such it enters into the processes of creating the more complex atoms. In a vast quantity, when a thread is influenced by a charge that is bigger than its own charge, it becomes open and attempts to create one of the more complex atoms.
This is the only way to explain significant differences between the two neighbouring chemical elements, for example: fluorine (F) with 19 particles and neon (Ne) with 20 particles. Or, there is even a greater difference between argon (Ar) and calcium (Ca) that both have 40 particles, and potassium (K) is between them with a particle less than them.
Even though some elements have the same quantity of particles, their structures differ, i.e., their threads are combined differently. Confirmation of this is also a fact that, generally, atoms can not be split into two or more parts, because of the structure being interwoven. Not all the atoms follow that pattern; there are other patterns, too: more similar or different structures are characteristically to themselves connected to each other to create a new atom. Such atoms can usually be split into the elements that form them. As there is an infinite quantity of particles, all connections occur in a full volume of mostly very different particles.
In such a vast quantity, another type of connection may also occur.
An element consists of one or more particles, threads, that are defficient or sufficient; such a particle tends to achieve a balance. All particle-creating environments have their own characteristics, but all of them have an upper limit of sustainment of connected particles. On Earth, the upper limit goes from polonium (Po) to uranium (U).
It is important to know that connecting does not follow the rule of the upper limit; it occurs to the contrary of the rule. Such an element takes new particles and at the same time rejects those particles that have already been a constituent part of the element, with radiation that accompanies such a process.

27.  Elektron mađioničar i duh neutrino

28. http://www.ijser.org/onlineResearchPaperViewer.aspx?Reassessment-of-the-old-but-still-employed-theories-of-Universe-through-database-checking.pdf
The sun light must have obviously been changing its nature on its way from the Sun to our planet. It is visible on Sun and on Earth, but not between these two objects. There is no visible light immediately outside the atmosphere. The decrease of light visibility is in a direct relation to the density of the atmosphere: the more sparse is the atmosphere, the less of light and the more of darkness is there.
Correlating this fact with other objects of our system we can see that the behavior of the objects with atmosphere is identical, while the objects with an unsignificant or no atmosphere at all have only a surface that is lighted, followed by a field without light.
When observing the comets, we can see they create a visible tail when approaching  a star. That is a clear example of observing the transition of an object without the atmosphere towards the objects with the atmosphere. In the slow transformation of a comet we can follow the process which indicates that light is not appearing by itself but with the occurrence of the visible matter. On this level of observation, the behavior of space, when colliding with radiation, is the opposite one from the behavior of the visible matter. Space is dark and (visible) matter is visible. When traveling away from the source (a star), radiation does not create a relation to space which would result in the appearance of light; on the other side, when radiation collides with the visible matter, a phenomenon of light is being created. The observations within the whole Universe support this idea: light is created when the visible matter is influenced by the radiation of a star, while the rest of space, without the visible matter, is dark and it is directly adjacent to the space with the visible matter. ..
Through checking the behavior of some forms of visible matter (water, etc.), we can see that the temperature of some form of visible matter is the highest on its surface, because it is the place of collision of radiation and matter and the closest place to the source of radiation. As distance increases, radiation gets weaker (the temperature is 0-3°C on the bottom of the ocean) 17. Having in mind the factors of interference (density, etc.), we can conclude that there is a comparative and obvious similarity in fields of invisible and some forms of visible matter. It points out that space, in which there is visible matter, is filled with it, with some of its characteristics having been measured for already a long time. (14,  15,  16)
The low temperatures are responsible for some strange physical laws in the Universe. The objects that are close to the central object (a star or the center of a galaxy)  are rotating around the central object faster than the more distant objects, due to the stronger gravitational influence. However, this law can not be applied on the edge of a stellar system or a galaxy – it gets ruled out by the low temperature. When the temperature decreases below the critical point of 4.21°K, it makes possible for the objects to rotate faster in their orbits from the objects with higher temperatures, provided the gravity is weak enough. Except for the edge of a galaxy, it can also be indirectly seen inside our Solar system by observing the objects, incoming from the Oort cloud towards the center of the system. Their speeds are higher than the one of Pluto or those objects in the Kuiper belt. Some of these are the fastest objects in our system  18: the speed of the comet Hale-Bopp is 52.5 km/sec; the comet Halley, 66 km/sec; the comet Shoemaker-Levy 9 hit the surface of Jupiter at the approximate speed of ~58 km/sek.  19.
The critical temperature point, which causes the increase of the gravitational influence, is the boiling point of helium, 4.21°K.  20.

28a.  Why is the universe dark?
By the definition, a photon should be the light and the carrier of heat, which is a fact that becomes obvious the moment you get out to the sunlight. Then how come that it is warmer closer to the ground than in the mountains or outside the atmosphere? If a countless quantity of them sets out from the surface of Sun, why can they only be seen on the objects, but not up, in “the vacuum?” Why they don’t illuminate there, too?
A photon is only another delusion, firmly set in the foundations of physics. Obviously, something else is here present because the term “photon”, both as a particle or a particle and wave, does not correspond to the truth, since the photon does not exist. If we compare it to the light, than the light itself would not exist and therefore, the speed of light would not exist either. There are only waves, matter (the visible one) and the event, occurring in the collisions of waves and matter, the product of which is known as the light. The speed of light exists as long as there is matter and when the matter is gone, the light is gone, too, and if there is no light, it is pointless to talk about its speed.
The waves in the collision with the particles (matter) by their blows (work) create friction among the particles, which manifests as the light and heat. Dark matter, which exists among the celestial objects, even though it carries a wave, it decreases its intensity proportionally to the distance increase. It is almost a classical situation: if vacuum really existed, the intensity would not be decreased because there would be nothing to decrease it. The further the wave travels, the weaker it gets; that is why there is a sunset and a very cold weather on Pluto. A lack of atmosphere is another disadvantage to it. Coldness is a characteristic of the dark matter. The lower intensity of the waves, the lower is the temperature, too; that is why the temperature in the Oort cloud ranges from 4 to 12°K and that of the background radiation, which comes from the surface of the universe, is below 3°K.

28b. Are we blind or we don't want to see the dark matter!
http://www.ijser.org/onlineResearchPaperViewer.aspx?Observing-the-Universe-through-colors--blue-and-red-shift.pdf.pdf
Let’s have a look at this example of evidence:
There are two rooms. The first one is full of light and the other is dark. There is a star (Sun) in the background of both rooms, at the same distance from both of them. The first room is filled with the visible matter, which is familiar to us, while the other is filled with the dark matter. When the visible matter from the outside gets inside the first room, it becomes visible. When it gets inside the second room, it becomes visible, too.
The first conclusion: the radiation of Sun, colliding with the visible matter, creates light, while, on the other hand, it is not the case with the dark matter, which is why it is dark.
Let’s have another example. There are two rooms again. In the first one there is water and in the other one the dark matter. Again, there is the Sun in their background at the same distance from both of them. When radiation, or as we prefer to call it: light, goes through water, its intensity decreases with the increase of distance from the source of radiation. When the same radiation goes through the dark matter, its intensity also decreases with the increase of distance from the source of radiation. In the room with water, the temperature also decreases, as the distance from the source of radiation increases (if there was no radiation here, this area would also become dark). In the room with the dark matter, with the increase of distance from the source of radiation, it also gets colder.
The second conclusion: the both areas follow the same laws of nature that can be applied for the visible matter.

28c.  The Oort cloud. Speed of light is not the limit! https://www.academia.edu/17760569/The_Oort_cloud._Speed_of_light_is_not_the_limit
The objects and comets incoming from the Oort cloud have the average speed greater than those in the Kuiper belt (the data state the average speed of 10 km/s), while a part of them have the speeds greater than all other objects (Hale-Bopp 52.5, Halley’s comet 66, Shoemaker-Levy hit into Jupiter by the speed of ~58 km/s).
Therefore, even though the distance increases, and the speed should be decreasing, it increases drastically. The main reason for this increase is the low temperature that exists in the Oort cloud. 
A turning point of the another kind of behavior is the temperature fall below -259°C, i.e., below the 
melting point of hydrogen (H2). The objects which start off from the Oort cloud towards the interior part of the Solar system have great starting speeds, which with time (after a number of cycles) decrease. 
Low temperatures, below 12°K, make it possible for the objects to achieve great speeds – even though their gravitational forces are weak – speeds that, besides the Oort cloud, exist on the edge of galaxies, as well as on the outer edge of universe.
When we master the technology of low temperatures, we would be able to explore successfully our system. It is necessary to cover the spacecraft plating with the materials which could with magnetization lower the temperature of the spacecraft plating below -260°C (PrNi5 is one of these materials that has this ability, through to superconductivity, i.e., it can be cooled down below 1°K) and when we master the temperatures below the melting point of helium (He), which is -272,14°C or 1°K, we would be able to achieve the speeds greater than the speed of radiation (light) and to start exploring the neighboring stellar systems. The proof is accelerating Voyager.

Text proton-string 2006.

svemir-28,the universe

Autor teksta: Slavko Sedić (Weitter Duckss)
Kontakt e-mail: wduckss@gmail.com