Flatness Problem: To call a spade a spade.

[socratus]

Flatness Problem: To call a spade a spade.
=.
1.
The Flatness Problem
2.
Flatness problem - Wikipedia, the free encyclopedia
3.
Flatness Problem | CAS CMS
4.
. . . etc.
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There are many different spaces: 2 dimension space, 3D space,
4D, 5D . . . .. .10D, 11D . . . . maybe more.
There are also ‘ closed’ and ‘open’ spaces.
There are many topological spaces too.
Question:
Which space has the Universe as a whole?
Answer:
It is fact: the Universe as a whole has exactly the
required density of matter to be flat.
The average density of matter in the universe (even
incorporating a dark mass and dark energy ) is equal to
or less than critical density and therefore the universe
as a whole is a flat infinite continuum.
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But the physicists refuse to admit this fact .
Why ?
Because they don’t know that to do with ‘ a flat infinite
continuum’. And they ‘ burned ‘ the real infinite flat
cosmological continuum ( using different abstract models )
to rid it of its infinite flatness.
And from Einstein’s time they discus about cosmological
constant that will close the flat- open Universe
into a close- sphere.
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The Universe as a whole is an Infinite Flat Universe.
Only in some rare places the Infinite Flatness is breaked.
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So, instead to say : ‘ we need to call a spade a spade’
they say: ‘ If there’s nothing wrong with me then,
maybe there’s something wrong with the Universe. ‘
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' But I don't want to go among mad people,' said Alice.
'Oh, you can't help that,' said the cat. 'We're all mad here.'
/ Lewis Carroll.
Alice's Adventures in Wonderland. /
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[socratus]

Vacuum is an Empty space between billions and billions Galaxies.
Now (!) the physicists think (!) that the Universe as whole has
temperature: T= 2,7K . The parameter T=2,7K is not constant.
It is temporal and goes down. In the future it will come to T= 0K.
From quantum point of view vacuum is some kind of Energy
space: E= ∞
The average density of matter in the universe (even
incorporating a dark mass and dark energy ) is equal to or
less than critical density ( p= 10^30g/sm^3 ) and therefore
the universe as a whole is a flat infinite continuum.
It is true we cannot reach the T= 0K and we also cannot reach
this density ( p= 10^30g/sm^3 ) of vacuum.
But just because we cannot reach this Vacuum’s
parameters does it mean that it cannot exist ?
#
If a tree falls in a forest and no one is around to hear it,
does it make a sound?
If unseen virtual antiparticles can appear from vacuum (!)
( Vacuum’s fluctuations / transformation / polarization )
and we can observe them as a real particles doesn’t it mean
that vacuum itself is an Absolute Reference Frame which
has its own physical parameter – Absolute Zero: T=0K.
#
The infinite space-vacuum is timeless, the eternity reign there.
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Again.
The universe as a whole is a flat infinite continuum.
Only in some rare local places this flat infinite continuum
is curved because masses do this.
But these masses are only 4% of all matter in the Universe.
96% is a dark matter and energy.
=.
All the best.
Israel Sadovnik Socratus.

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[socratus]

How is possible to understand the Flatness ?
How is possible to understand the Infinite Flat Universe ?
What is possible to say about a cold Kelvin space T=0K ?
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Flatness is a Vacuum.
Vacuum is an Empty space between billions and billions Galaxies.
Now (!) the physicists think (!) that the Universe as whole has
temperature: T= 2,7K . The parameter T=2,7K is not constant.
It is temporal and goes down. In the future it will come to T= 0K.
#
In my opinion this cold Kelvin space T=0K has old physical -
classical model so-called ‘ model of an Ideal Gas’.
Now we think that model of ‘ Ideal Gas is an abstraction’,
but this abstraction suit very well to another ‘ abstraction ‘,
to ‘a cold zero Kelvin space.’
These two models have negative temperature, and
in these two models there are ‘abstract ideal – virtual particles’.
And to have real model is needed something to change in these
abstraction models .. . .. and this change can be only quantum.
#
Now, let us put an elemenrary particles in the cold Kelvin space:
T = 2,7K ---> 0K. Which geometrical form they can have ?
The answer is: ‘ They must be flat particles.’
Why?
Because according to Charle’s law and the consequence of the
third law of thermodynamics as the thermodynamic temperature
of a system approaches absolute zero the volume of particles
approaches zero too. It means the particles must have flat forms.
They must have geometrical form of a circle: pi= c /d =3,14 . . . .
#
All formulas, equations and laws of ‘ an Ideal Gas’
is possible to use to the Infinire Vacuum T=0K.
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All the best.
Israel Sadovnik Socratus.
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[socratus]

P.S.
The universe is flat on the large scale, as per the scientific
evidence provided by WMAP.
Thus the universe was known to be flat to within about 15% accuracy
prior to the WMAP results.
WMAP has confirmed this result with very high accuracy and precision.
We now know that the universe is flat with only a 0.5% margin of error.

WMAP- Shape of the Universe.
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[socratus]

Book ‘ Parallel Worlds’ by Michio Kaku.
#
‘ According to the picture emerging from the WMAP satellite,
a mysterious antigravity force is accelerating the expansion
of the universe. If it continued for billions or trillions of years,
the universe will inevitably reach a big freeze . . . .’
/ page 288 /
In 1854, . . . . Helmholtz realized that the laws of
thermodynamics could be applied to the universe as a whole,
meaning that everything around us, including the stars and
galaxies, would eventually have to run down.’
/ page 289 /
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There isn’t laws of thermodynamics without the ‘ Ideal gas’.
There isn’t thermodynamic of cosmos without the ‘ Ideal gas’.
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