Author: Joel D. Brinton
Date: November 8, 1999
Resources:  Konrad B. Krauskopf, and Arthur Beiser. The Physical Universe.
New York: McGraw-Hill Inc., 1993


With the presence of antimatter, a huge amount of energy would be able to be
created with contact of any matter but the proportions are enormous. A small
piece of antimatter the size of a tennis ball when in contact with a piece of matter
of equal mass, could power the United States for months. Problems now being:
antimatter if created, is not stable because with any contact with matter would be
a nightmare; antimatter if distributed in a controlled fashion, would not be able to
control the frequency of energy collected from the contact point and would emit
every wave possible, including dangerous X-ray, and alpha radiation.

Solutions for some of these problems are elementary in design but ambitious in
reality. Antimatter could be stored in an air tight restraint and levitated by
magnetic energy. This antimatter could be used one atom at a time and placed
in contact with a matter atom and if the energy could be converted using discrete
electronics, the output for two hydrogen molecules would be 2.00102 GeV! and
thats for a hydrogen molecule, if it were an element like Francium it could
produce 174.08874 Gev/-isotope. Imagine a AAA battery putting out 350A
13.5VDC for 1000 years!

The air tight restraint with magnetic levy, right now is a feasible invention, but
creating a stable element of antimatter with a radial molecular alignment is
another story. If this would be possible a fuel cell could be developed with a
infinite power supply. But this would be a very dangerous device because any
slight shift in magnetic polarization or and exterior magnetic forces would cause
the antimatter to go out of alignment and combust.


If you have any opinion on the MATTER --- ha
get it, MATTER.... anyway email me at
pimpdaddymaster@netzero.net

Thank you.