On 30 Nov 2006 19:42:42 -0800, "a_plutonium"
wrote:


John C. Polasek wrote:
(snipped)

Dirac deduced a sea of electrons simply from the minus sign in the
total energy equation. He did very little with it.

John Polasek

You meant to say "sea of positrons".

No I meant a sea of electrons, look it up in Eisberg for example. An
electron, when removed, left a "hole".

3 years later in 1932 Anderson observed the positron but Dirac did not
seize on the opportunity to replace his "hole" notion. In any case
there is no room in his sea for electron positron pairs. The sea of
electrons is just not interesting. (It merely "solves" the minus sign
in the energy equation).

No physicist of that time was acquainted with the property of vacuum
eps0. Cgs was de rigueur (and still is for old timers) with inane
equations like:
D = E and B = H
in place of
D = eps0E and B = mu0H
By finding how eps0 = 8.8uuF/m could occur in the vacuum, I have found
all its secrets as pair-space. See the permittivity paper #1 at
http://www.dualspace.net.

But it was a major contribution to
physics even if Dirac never ran with it. It laid the foundation for
Andersen to find the positron and it laid the foundation for what will
be the revolutionary understanding of what SPACE really is and what
gravity really is.

Space is a void and gravity is the result of electrons being removed
from pair-space during creation creating pressure gradients from
Navier Stokes equation.

The trouble that Dirac had, in which he could not run with his Sea of
Positrons is that he never had the idea the universe itself is one big
atom. If Dirac had the Atom Totality instead of the Big Bang. Dirac
would then have revised the Maxwell Equations (probably even better
than what I am doing and much quicker than I am capable of doing). And
Dirac would have unified gravity with EM better than I. I say better
than I because Dirac was so much more immersed in Quantum Mechanics
with his own Dirac Equation that he would have a much easier time of
putting it together with Atom Totality.

And another issue. Monopoles. Dirac spent a huge amount of his time on
monopoles. Most physicists during Dirac and after Dirac are befuddled
as to why he spent so much time on monopoles. These lesser scientists
were befuddled because they do not understand that a giant of science
knows what is important and which these lesser scientists view as
exotic or remote. The key to monopoles is that it clears up Maxwell
Equations, gravity, and quantum mechanics. So unless you solve
monopoles, most of physics will be muddy.

Archimedes Plutonium
www.iw.net/~a_plutonium
whole entire Universe is just one big atom
where dots of the electron-dot-cloud are galaxies
John Polasek