sci.physics.electromag

Archimedes Plutonium wrote:
> The essence, very essence of the Capacitor theory for
> superconductivity is that the old physics thought the world
> had only one type of current where they thought DC and AC currents
> were one and the same and the one and
> only one type of current throughout the Cosmos.
>
> Halliday and Resnick in their excellent book "Fundamentals of
> Physics", 3rd edition, 1988, defines Current
> on page 641 as:
> --- quoting Fundamentals of Physics ---
> The amount of charge dq that passes through a hypothetical plane, such
> as xx, is proportional to the length
> of time dt required for all the charge dq to pass through that plane.
> The proportionality constant is the current
> i; therefore,
>
> dq = i dt (definition of current)
>
> --- end quoting H & R Fundamentals of Physics ---

The above is part of this new theory that superconductors are merely
Capacitor Currents.

Now the above is easily testable and the experiments to date are in
agreement with the
above. The important test is to take a type I superconductor such as
mercury at 4 Kelvin
or lead at 7 Kelvin and apply a AC current instead of a DC current.

The superconductor itself turns the incoming current into a Capacitor
Current.

So we have three types of currents at work. If we apply a DC current
to mercury at
4 Kelvin we end up with a Capacitor Current of superconduction.
However, now,
when we apply a AC current at a certain amperage the vortices appear
and so
there is no longer a superconduction at 4 Kelvin and thus the mercury
becomes
a Type II superconductor. Now, if we chill the mercury to near 0
Kelvin with this
same AC current we restore the mercury back to that of a Type I
superconductor.
At least that is what the theory speculates the outcome.

That in superconductivity, it is all about what type of currents are
flowing, whether
you have a DC or AC or Capacitor-Current.

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