http://www.innovations-report.de/htm...cht-52458.html

The close-packed little (figuratively speaking of course) "green balls"
of "Volume-without-volume" are of size

&l ~ N^1/6 Lp

There is a point gravity monopole inside each "green ball" where the
vacuum ODLRO order parameter drops to zero leaving the two effective 3D
+ 1 Goldstone phases undefined corresponding to this S^2 "vacuum
manifold" of minima for coherently ordered holgraphic ground states of
virtual quanta.

the surrounding surface area is A

N ~ A/Lp^2

In the case of a single electron

A ~ 10^-22 cm^2 corresponding to the shell of electric charge

N ~ 10^-2210^66 ~ 10^44

&l ~ 10^7Lp ~ 10^-27 cm

This is very much like Ken Wilson's "renormalization group" in lattice
gauge theory.

http://nobelprize.org/nobel_prizes/p...on-lecture.pdf

Note also on meaning of holography

"Euclidean quantum field theory in d-dimensional spacetime ~ classical
statistical mechanics in d-dimensional space." A. Zee p. 262 "Quantum
Field Theory in a Nutshell"

Therefore Euclidean quantum field theory on the ANYONIC fractional QM
statistics 3-dimensional spacetime of the surrounding surface ~
classical statistical mechanics in 3-dimensional space, i.e. volume
without volume.


On Jul 15, 2007, at 2:30 PM, Jack Sarfatti wrote:

For the record I think Hal's paper is wrong. He has it inside out.
Indeed the de Witt calculation show that the interior ZPF has w = +1/3
therefore positive ZPF pressure with positive ZPE density /\zpe ~
(mc/h)^2 ~ 10+22 cm^-2 is INSIDE and induces strong enough
micro-gravity to glue the surface electric charge together. The outside
ZPE density has w = -1 and is very small. Hal's picture is qualitatively
wrong IMHO.

Note in the world hologram picture of t'Hooft as further clarified by
Jack Ng's very readable papers (Univ. Maryland):

ZPE density is hc/NLp^4 = (hc/Lp^2)/\zpf

/\zpf ~ 1/NLp^2 ~ (10^66/N)cm^-2

N ~ 10^-2210^66 ~ 10^44

/\zpf ~ 10^22 cm^-2

Very very pretty picture!

It works. It really works semi-quantitatively.

Also the electron is not a point. It is a spatially extended Bohm hidden
variable, but its gravity is so strong that it looks like a point by the
time the scattering momentum transfers are ~ 2mc ~ 1 Mev

Hal's picture only works if you assume that uniform ZPE does not
gravitate. This is wrong and squarely contradicts Einstein's GR as does
his PV model.

Hal's paper shows what not to do.

On Jul 15, 2007, at 1:30 PM, wrote:


Hi Paul, attached is my latest use of the ZPE formalism, just came out
in Int. Jour. Theor. Phys. Shows how the formalism leads naturally to a
point electron without infinite mass generated by the coulomb fields.

Cheers,
Hal



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