sci.physics.electromag

I keep taking time out to recast my old theories with my most recent
theory of Capacitor currents solving
superconductivity.

If you remember one of my older theories was that of Push and Pull by
Electronegativity on electrons.
The compound of Cesium Fluoride CsF is an example.

Define Pull as electronegative of F with value of 4.0 (Pauling scale).
Define Push as electropositive of Cs with value of 0.7.

So the idea in my earlier theory of Electronegativity as the source of
superconduction is a very
intriguing explanation that atoms of Fluorine are so much attracting
electrons of pulling them
and that Cesium is so much repelling or pushing away electrons, that
one can picture where
the electrons of CsF have a electric current that is "self generated".
One can easily see why
I was so much in favor of this theory in the early years of the 2000s.
So that when we
see superconduction as resistance free, that we can also easily see
that if the Push and
Pull of atoms creates a self generated current would also be
resistance free.

If cesium fluoride can generate a self current then it would be
superconductive by the fact
that it was self generated and thus resistance free.

I bring this issue up at this time because of the Micro explanation of
superconduction.

Earlier I wrote that the micro explanation of superconduction as a
Capacitor Current is
the idea that electrons in orbit around atoms never experience
resistance, but may
go to higher orbits with increased energy. So the superconduction
state is merely
electrons going into higher orbitals and then dropping back down to
the ground
state orbital and in all these orbital changes, no resistance, or the
fact of what
it means to be quantum mechanics.

But now, let me raise the question of the bonding of Cs with F in CsF.
Since one is the
highest electronegative or pull and the other is the highest
electropositive or push, one
can envision that this push and pull act as a Capacitor current and
you have a self
generated electric flow. And since it is self generated means no
resistance.

So can we say that the chemical bond of CsF is a micro Capacitor
current? That CsF
is a micro Wimshurst or Van de Graaff generator where the electron is
in constant
motion pushed away from cesium and pulled in by fluorine?

And perhaps an even bigger question is whether we can reduce all
chemistry bonds
as to micro DC or AC or Capacitor currents or hybrids of these three.
Is the bonding
in metals a micro AC current? Or are polar bonds AC currents on a
micro scale?

So if CsF is the maximum compound for push & pull, why is it not the
highest Tc
superconductor? One would think that it would be almost room
temperature superconductive
since it can be "self generated current". Perhaps it is, only we never
recognized it
as superconductive, just as we overlooked the idea that lightning
bolts were a form of
superconduction.

Every now and then it is beneficial to stop and sort through old
theories and compare with
present theory.

Soon I should have some experimental results of Capacitor currents and
Meissner Effect.
But I may have to get a hold of a Van de Graaff generator for further
experiments. My
homebuilt apparatus will not achieve what I am wanting. What I really
want is a Wimshurst
generator that delivers capacitor currents that are almost continuous
currents with gaps
of microseconds of time or better yet, nanoseconds of time.

Hard to achieve a Meissner effect on solo discharges, or discharges
that are long in time
intervals.

Now, perhaps molecular bonds display a "micro Meissner Effect".
Remember the bonds
of polar molecules such as water or Van der Waals force? What I am
getting at here is
the idea that Van der Waals force just maybe a micro Meissner Effect,
where currents
hold together the atoms of a molecule which then creates a micro
Meissner effect
between two different atoms.

Maybe someday we can replace all the chemistry bonds with purely
physics bonds of
currents.

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