Archimedes Plutonium wrote:
>
> The mechanism of Gravity = Positron Space and why the Moon is brighter
> in gamma-rays
> image than the Sun is because of Tidal forces that leaks out
> antimatter and subsequently
> annihilates yielding gamma radiation. Can that mechanism come out of
> the Schrodinger
> or Dirac Equations? No way, for they are descriptive equations. But
> that mechanism can
> come from the Maxwell Equations. Where in the Maxwell Equations can
> you have such a
> mechanism? The answer is surprizingly simple and fresh. The
> displacement current in the
> Maxwell Equations. Has anyone evaluated the displacement current
> whether it is 10^40 weaker
> with respect to Ampere's Law? Or that it can be 10^40 weaker relative
> to the Ampere Law?
>
> So that when Maxwell found the missing piece of the Maxwell Equations
> by adding a term to
> Ampere's Law which we know today as the displacement current, well,
> has anyone looking into
> the idea that the displacement current is Gravity = Positron Space.
>
> The displacement current of Maxwell's added term to Ampere's Law is
> not derivable from
> either the Schrodinger or the Dirac Equations, and since it is not
> derivable, means the
> Maxwell Equations are independent of Dirac Equation.
>
My head feels dizzy, like climbing off a merry-go-round. Dizzy because
I have a topic
that needs inclusion as chapters in three different books-- Lowest
Terms book and
also the Coulomb Unification book as well as this book on the Pulsar
Mechanism
and how stars emit gamma radiation.
Maxwell added the Displacement Current to the Ampere Law because he
wanted
to preserve light as a transverse wave travelling at the speed of
light. Ampere's law
without this added term would decrease the speed of light and no
longer a transverse
wave.
What I am focusing upon is the idea that Gravity = Positron Space and
where tidal forces
cause the Positron Space to emit antimatter which subsequently
annihilates with surrounding
ordinary matter and emitting gamma radiation.
So can this Displacement Current be 10^40 smaller than the Ampere
component in the
Maxwell Equations. I know the Displacement Current is terribly small
be can it be
10^40 smaller?
Archimedes Plutonium
www.iw.net/~a_plutonium
whole entire Universe is just one big atom
where dots of the electron-dot-cloud are galaxies
