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" The problem of the exact description of vacuum, in my opinion,

is the basic problem now before physics. Really, if you can’t correctly

describe the vacuum, how it is possible to expect a correct description

of something more complex? "

/ Paul Dirac ./

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"Now we know that the vacuum can have all sorts of wonderful effects

over an enormous range of scales, from the microscopic to the cosmic,"

said Peter Milonni

from the Los Alamos National Laboratory in New Mexico.

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1.

The Third Law of Thermodynamics says that we cannot

reach the Absolute temperature of Vacuum T=0K.

This temperature is a border for us.

Classic physics says that all particles in T=0K will stop their

movement. But Quantum theory doesn't agree with this statement.

Dirac and other his colleagues said that in the sea of

vacuum " virtual, negative, imaginary (i^2=-1) " particles live.

So, the Third Law says that the border between infinity universe

and the " finite world" is marked by Kelvin temperature T=0K.

In another words in the infinity universe T=0K another

objects with finite " inner borders " can exist. The question is:

How can the infinity universe interact with the " finite world" ?

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2.

What is a geometrical and physical parameters of particles

in Vacuum, in Nothing , in T=0K?

Can we know anything about this "soup of virtual particles" in vacuum?

The physicists think about the " virtual, negative, imaginary

(i^2=-1) " particles as about of a " point". They are mistaken.

Because, there are physical laws which forbid such opinion.

Because according to J. Charles law ( 1787), when the

temperature falls down on 1 degree the volume decreases

on 1/273. And when the temperature reaches -273 degrees

the volume disappears.

Because, as consequence from the Third Law

( W. Nernst-1906, M. Planck-1911, A.Einstein-1925)

when it is closer to zero T=0K the particles lose more

their volume, density, pressure. The volume of these

particles aspires to infinity. And when this “ infinity”

comes nobody knows what to do with the infinity.

But, according to the

" Law of conservation and transformation of energy"

the particles cannot disappear. So, they can only change

its geometrical form and its kinetic energy and become

“flat particles” with potential energy. These flat particles

must have geometrical form of a circle C/D=pi.

So, it is mistaken to think about elementary particle

as about a point.

3.

And from another side we know that photon is a real particle

and can fly with constant speed c=1.

In this movement its form is a compressing circle.

4.

etc.

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