The Universe: two scenarios. /by Israel Socratus/
===…
Scenario number one: Big Bang.
At t=0 moment of BB:
a) the temperature was infinite (go to infinite)
b) the density was infinite. (go to infinite)
c) the volume was zero (go to zero)
d) BB reached a boundary to spacetime itself.
e) here the laws of physics break down.
f) today BB is prestige cosmological scenario.
#
Scenario number two: Zero Vacuum.
a) the temperature is T=0K (the boundary of heat)
b) the density is infinite (we cannot reach T=0K and its density).
c) the volume is infinite but the volume of its quantum particles
are zero (according to Jacques Charles’ law
(and the consequence of the third law of thermodynamics )
d) zero vacuum is the boundary to gravity-space and gravity-time.
e) here the laws of physics (Ideal gas, QED, SRT, . . etc.) are worked.(!)
f) today scientific community obeys taboo:
no explanation beyond zero vacuum point. . . . . . .
. . . ‘ It is true . . . there is such a thing as absolute zero; we cannot
reach temperatures below absolute zero not because we are not
sufficiently clever but because temperatures below absolute zero
simple have no meaning.’
Book : ‘Dreams of a final theory’ , Page 138.
by Steven Weinberg. The Nobel Prize in Physics 1979 /
#
Question: Does zero vacuum really have no meaning?
My opinion.
The T=0K is boundary between two (2) worlds: Material and Vacuum.
Beyond/below T=0K is Kingdom of negative virtual antiparticles: -E=Mc^2.
The symmetrical continuum of T=0K ( in its local places) can be broken by
antiparticles through entropy, HUP, quantum fluctuation, quantum tunneling,
==========…
Best wishes.
Israel Sadovnik.
================.
===…
Scenario number one: Big Bang.
At t=0 moment of BB:
a) the temperature was infinite (go to infinite)
b) the density was infinite. (go to infinite)
c) the volume was zero (go to zero)
d) BB reached a boundary to spacetime itself.
e) here the laws of physics break down.
f) today BB is prestige cosmological scenario.
#
Scenario number two: Zero Vacuum.
a) the temperature is T=0K (the boundary of heat)
b) the density is infinite (we cannot reach T=0K and its density).
c) the volume is infinite but the volume of its quantum particles
are zero (according to Jacques Charles’ law
(and the consequence of the third law of thermodynamics )
d) zero vacuum is the boundary to gravity-space and gravity-time.
e) here the laws of physics (Ideal gas, QED, SRT, . . etc.) are worked.(!)
f) today scientific community obeys taboo:
no explanation beyond zero vacuum point. . . . . . .
. . . ‘ It is true . . . there is such a thing as absolute zero; we cannot
reach temperatures below absolute zero not because we are not
sufficiently clever but because temperatures below absolute zero
simple have no meaning.’
Book : ‘Dreams of a final theory’ , Page 138.
by Steven Weinberg. The Nobel Prize in Physics 1979 /
#
Question: Does zero vacuum really have no meaning?
My opinion.
The T=0K is boundary between two (2) worlds: Material and Vacuum.
Beyond/below T=0K is Kingdom of negative virtual antiparticles: -E=Mc^2.
The symmetrical continuum of T=0K ( in its local places) can be broken by
antiparticles through entropy, HUP, quantum fluctuation, quantum tunneling,
==========…
Best wishes.
Israel Sadovnik.
================.
