sci.physics.electromag

Now I believe that if I could construct a Wimshurst such that the
current would be almost continuous across
the electrodes instead of a gaps of seconds but where the current gap
is nanoseconds, that I suspect
or believe that I could duplicate the Meissner Effect with a Wimshurst
generator.
So that a viewer or audience of scientist could see a magnet
levitating on a superconductor at 4 Kelvin
and see the very same Meissner Effect of the magnet levitating on a
Wimshurst generator at room
temperature.

Now I have not setup the second experiment table where I have a
battery and copper wire and a light
bulb and a amp-meter. This second experiment is Normal-Regular-
Conductivity and to show that it is
impossible to have the magnet levitate. Impossible to arrange a
Meissner Effect in Normal Conductivity.

So what is the ultimate explanation of the above if it is all true? My
answer would be that Currents in
electricity can come in at least two drastic different types of
current. A Capacitor Current where the
electrons flow at the speed of light (or near speed of light) and the
Photon-Messenger-Current of
Normal Conductivity where photons flow at the speed of light and
message-tell the endpoint electrons
to move.

Since Capacitor Current is electrons of more than 99% speed of light
that we record no resistance
but in Photon-Messenger-Current the electrons move at a "drift speed"
which is less than 10% speed
of light and thus in their travel through the material have a high
probability of creating resistance.

Superconduction, in the Capacitor Theory, allows for no upper bound to
superconduction. We have
superconduction in star interiors as well as superconduction in
Lightning bolts. Whereever capacitors
and charges exist, you have the possibility of a superconductor.

The reason superconduction was first found in pure elements such as
mercury and lead is because you
have to go to very cold temperatures of 4 degrees Kelvin to form
crystal lattices in those metals that
forms a capacitor. Silver is nonsuperconductive because you cannot get
silver atoms to form a Capacitor
regardless of how cold you go. Perhaps silver does form a capacitor
when very close to absolute zero
but we have not been able to go that low in temperature. It begs the
question of whether all elements
can become a capacitor.

The reason for high temperature superconductors such as the copper
perovskites is because they
form Capacitors at high temperatures and with doping, is like
dielectrics with Capacitors.

Now the trouble with my Wimshurst generator setup is that the current
is not continuous enough
to show the Meissner Effect of levitating magnet. But I am sure that a
well equiped research lab
somewhere on this planet can setup a Wimshurst generator to deliver a
near continuous capacitor
current whose gaps are not seconds (like mine) but whose gaps are mere
nanoseconds. And then
they can place a magnet near the current and see it levitate as the
Meissner Effect.

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