Group: sci.physics.electromag
From: a_plutonium
Date: Monday, March 10, 2008 11:24 PM
Subject: #95 reporting on DC current experiment; new textbook: "How Superconductivity really works; nanosecond Capacitor discharge current"


Alright, I have some reports.

I used a 12 Volt battery, car battery, and connected a lamp as a
resistor and a amp-meter for measurement.
The amp meter read 6 amps so that is 72 watts, and is 2 ohms
resistance.

The point of the experiment was to see if I can influence the current
via a magnet and find
a Meissner Effect. And the answer is no.
No matter what I did with the magnet it did not affect the current of
6 amps. And most important of
all I could not levitate iron shavings that had been magnetized, or
the Meissner effect.

Now I have to set up a AC current experiment to see if I can influence
the amperage with a magnet,
and see if I can get a Meissner effect.

So in these experiments I have been testing three different types of
currents, Capacitor current,
DC current and eventually AC current.

So far I have achieved a Meissner Effect of magnetized iron shavings
on a Wimshurst Generator which
is a 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