Entropy of Universe
From: Jack Sarfatti (sarfatti_at_pacbell.net)
Date: 11/01/04
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Date: Mon, 01 Nov 2004 05:22:04 GMT
My point here is that in my macro-quantum theory gravity comes from the
phase of a post-inflation giant quantum vacuum wave (Higgs Ocean) of
small entropy that comes from an instability in the pre-inflation
micro-quantum Dirac Sea of charged massless virtual fermions with large
entropy. This is analogous to a superconductor. The origin of inertia of
the lepto-quarks is a vacuum coherence effect, not the random ZPF EM
drag of Haisch and Puthoff. This is like the energy-gap in the fermion
quasi-particle spectrum of the BCS superconductor from the binding
energy of electron pairs in the condensate. Nambu & Jona Lasino had this
basic idea decades ago. But they did not have gravity and dark energy
built in as I do.
There is no quantum gravity foam here. When the giant quantum wave
vanishes in a dark energy macro-quantum topological defect like the one
at the center of the Sun causing the anomaly in the motion of the NASA
Pioneer space probes then we simply get back the globally flat unstable
pre-inflation false vacuum inside the core of a topological defect in
the coherent calm low entropy Higgs Ocean.
Note for NASA Space Probes Pioneer 10/11:
a_p = cH ~ 10^-7 cm/sec^2 to ~ 10% precision = anomalous acceleration
back towards Sun.
Here /\zpf(Pioneer anomaly) = H(t)/cr
H(t) = R(t)^-1dR(t)/dt
R(t) = dimensionless FRW scale factor
t = cosmic time
Gravity potential energy per unit test mass of the exotic vacuum
hedgehog topological defect between the 2 spheres, the first at 20 AU
from Sun is
V(zpf) = c^2/\zpfr^2 = cHr = cv Pioneer anomaly
v = Hubble recession speed of the expanding space of the universe.
Or, like the flat stellar rotation curves around the dark matter
Galactic Halo concentric to the giant black hole in the galactic center
V(zpf) = c^2/\zpfr^2 = v'^2 Galactic Halo
v' is constant stellar circulating speed in the flat part of the
rotation curve of the Galaxy
/\zpf(Galactic Halo) = (v'/cr)^2
On Oct 31, 2004, at 8:40 PM, Robert J. Brown wrote:
"Jack" == Jack Sarfatti <sarfatti@pacbell.net> writes:
What you call confusion is called deep insight by
professional physicists.
Actually Rovelli made exactly this distinction in the article
you sent me, and I agree with him on this.
Actual physical symmetry of a system is very different from
coordinate insensitivity of the physics.
Jack> No he is talking quantum gravity not classical general
Jack> relativity. The former is only a hope not a theory. If my
Jack> theory is right there is no quantum gravity in the canonical
Jack> sense and their criterion of "observable" which BTW is ONLY
Jack> NONLOCAL is silly.
On the quantum scale, how can something be truly local? Only if it
is the *SAME* thing, I think -- or at least within the radius of a
Planck-like distance Lp...
The entropy of the universe if it is a hologram in sense of Hawking's
formula
S/kB = A/4Lp^2
in my theory is exactly
S(Universe)/kB = R(t)^2/4 BITS
R(today t = 13.7 billion years from Big Bang) = 10^61
The entropy/kB of our universe today is ~ 10^122 BITS.
The universe starts from 1/4 BIT at the initial singularity, i.e. Dirac
Sea to Higgs Ocean vacuum phase transition.
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