typo 10^-15 cm ~ 100Gev W boson mass scale from Bohm HV ZPE Model

From: Jack Sarfatti (sarfatti_at_pacbell.net)
Date: 06/29/04 

Date: Tue, 29 Jun 2004 23:54:58 GMT

typo that should be ~ 10^-15 cm ~ 10^2 Gev ~ mass of the W bosons
On Jun 29, 2004, at 4:40 PM, Jack Sarfatti wrote:

Corrected below

OK, in reworking my EVO collaboration with Ken Shoulders and preparing
paper for Vigier V Paris Proceedings (Kluwer) and for GR 17 I included
my Bohm hidden variable rotating thin charged spherical shell model of
Vigier's spatially-extended electron for the "tight atomic states" (with
Maric et-al in Beograd) "cold fusion" anomalous atomic energy release.
Dynamical stability including the repulsive QED Casimir force + the
centrifugal barrier in the rotating frame + Coulomb self-energy + strong
gravitational effect of the exotic vacuum core of the electron gives apriori

/\zpf ~ (10^-15 cm)^-2

inside the charged thin spherical shell of total charge e of radius
e^2/mc^2 = 10^-13 cm to stabilize the electron!

That is I APRIORI DERIVE the weak force scale (alpha)(e^2/mc^2) from a
simple Bohm-Vigier HV model!

That was not my intent. It popped out in a surprise. I did not get it
earlier because I did not include the repulsive QED Casimir force in
spherical cavity explicitly in my toy model for the semi-classical
electron a la Lorentz theory of the electron of 100 years ago that fits
in with Bohm's pilot wave theory.

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