You are right, Frank. The size and the temperature do not affect the
nuclear reaction directly. However, both affect the NAE. This
environment is very important because it allows the nuclear process to
occur. This feature of the reaction is generally overlooked by theory.
Ed
[EMAIL PROTECTED] wrote:
I was able to watch some segments of Storm's videos, then they stopped
working. What I was able to see was very good.
Storms mentioned that the hotter the system the more intense the nuclear
reaction. There is no way that thermal vibrations at a fraction of an
electron volt should effect nuclear systems. I saw the same thing at
the CETI demo in 1995 and wondered why.
Stroms mentions the 50 nano meter pladium black domain. Nuclear forces
extend only for a fermi meter. There is no way that the 50 nm dimension
should have anything to do with a nuclear reaction.
I multiplied the product 50nm times the thermal frequency and got one
megehertz-meter. I thought nothing of it. Then I went to NASA Marshall
to witness the Potletnov replication experiments. These experiments
used a 1/3 meter disk stimulated at 3 meghertz. The product equals one
megahertz-meter again. What is this I thought. I have since worked on
and refined the constant (Znidarsic's constant) to 1.094
megahertz-meters. I have found that the constant describes the velocity
of the quantum transition. Among other things, I was able to compute
the energy levels of the hydrogen atom, the energy of photon, and the
intensity of the spectral lines from this constant.
http://www.angelfire.com/scifi2/zpt/chapterb.html
I hope that someone understands what I am getting at. The observables
from cold fusion and antigravity experiments have shown how to control
all of the natural forces. This knowledge can change man's position
within the universe.
Frank Znidarsic
Start the year off right. Easy ways to stay in shape
http://body.aol.com/fitness/winter-exercise?NCID=aolcmp0030002489
in the new year.
