socrat44 wrote: ↑Wed Apr 17, 2019 3:35 am
Dark Energy = Cosmic Zero Vacuum
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1 - Dark energy is an essential part of cosmology today
2 - Dark energy is just pure energy
3 - In the early state of universe's evolution Dark energy
was dominated
4 - Dark energy is not relative, it is constant structure / stuff . . .
5 - Dark energy permeates the universe
6 - Dark energy distribution is always smooth
7 - Dark energy does not become more dilute when
the universe expands
8 - Dark energy exists even if no actual particles or other
stuff is around
9 - Dark energy is not carried by particles or matter
10 - The density (cosmological constant) of Dark energy is very low
11 - The density of Dark energy is the same everywhere, remains
the same over time (it can be no denser in one region than another)
12 - Dark energy is very different from dark matter, which
collects into objects and will be denser in some place
than in others
#
My opinion
All these proportions have the Cosmic Zero Vacuum (T=0K)
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REFERENCE
Book: Dark matter and the Dinosaurs
by Lisa Randall
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Another hidden scenario of Zero Vacuum
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Book: ''' Stephan Hawking, A life in science,''
/ by Michael White and John Gribbin./
#
''Together with Brandon Carter and Jim Bardeen, Hawking
wrote a paper, published in Communications in Mathematical
Physics , pointing out . . . . . the team commented,
'' In fact the effective temperature of a black hole is
absolute zero . . . . No radiation could be emitted from the hole.''
/ page 156./
But later (!) , . . using concept of entropy and
Heisenberg uncertainty principle and quantum fluctuations (!)
Hawking changed his mind and wrote that black hole can emit
( Hawking radiation )
#
So, in the beginning (according to calculations) the ''black hole''
had absolute zero temperature T=0K but . . . thanks to entropy,
HUP and quantum fluctuations (Hawking radiations) was arisen.
In others words:
''black holes'' are micro- scheme of absolute zero vacuum: T=0K
''black hole'' is only another name of the ''true vacuum'' : T=0K
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P.S.
1 - A black hole has a temperature within a few
millionths of a degree above absolute zero: T=0K
/ Oxford. Dictionary./
2 - A stellar black hole of one solar mass has a Hawking
temperature of about 100 nanokelvins. This is far less
than the 2.7 K temperature of the cosmic microwave background
http://en.wikipedia.org/wiki/Black_hole
3 - ''Previous Picture of the Day articles about black holes
suggested that the terminology used to describe
“gravitational point sources” is highly speculative: space/time,
singularities, and infinite density are abstract concepts,
precluding a realistic investigation into the nature of the Universe.''
/ Black hole theory contradicts itself, by Stephen Smith. Oct 12, 2011 /
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