Astrophysical Giant Bose-Einstein Effects?
From: Jack Sarfatti (sarfatti_at_pacbell.net)
Date: 03/28/05
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Date: Mon, 28 Mar 2005 18:24:38 GMT
Technical diary background on discussion forum at
Checking with Wheeler
g0phi = - (4JG/c^3r^2)sin(theta)
Should be
g0phi = - (4JG/c^3r^2)sin^2(theta)
The dipole pattern, i.e. the second factor of sintheta that I put in the
base vector rsin(theta)dphi should be in g0phi.
This issue of the De-Broglie-Compton wavelength as J/Mc for giant
objects is curious.
V(Newton)rot = (J/Mc)(c^4/G)g0phi = (Macro-Quantum Compton
Wavelength)(String Tension)(Kerr Gravimagnetic Field)
is curious.
Imagine several identical giant rotating masses M separated by a
distance L << J/Mc anything weird happen like in a Bose-Einstein atomic
gas condensate? What about the Blackett effect here?
George Chapline says that the vacuum OLDRO field, central to my theory,
can carry information like radio waves can. That is interesting also.
Chapline also says that Zurek is wrong about the emergence of classical
physics from environmental decoherence super-selection, that it really
comes from the generalized phase rigidity of the vacuum OLDRO Higgs
field. That basic idea is in PW Anderson's papers and I tend to agree
with it.
On Mar 27, 2005, at 6:32 PM, Jack Sarfatti wrote:
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