----- Original Message -----
Sent: Friday, July 09, 2004 2:54 PM
Subject: RE: Interesting Force Field
Result
The
reason I ask is because after chasing TTBrown's work for
a long time, I have just about decided that rather
than
electrostatic forces, his results came from ion
leakage
through the dielectric.
Static charges repeatedly yield provable ionic wind
as well as stray charge effects, but
asymmetric
and DC polarity experiments are all null
result.
After extensive experiments at exploring for forces
arising from static fields, Ibegan looking
into
charge acceleration and forces arising there.
Woodward's math working off of changing energy
seemed more promising, and as I write this I
see
some interesting movement in a magnetic repulsion
scheme,
seemingly working better at higher
frequencies.
cheers
Good question.
Motion should do it.
But, watching cowboy movies "shoot-em-ups" the
pistols always tend to deflect upward, no matter how wild the
shooting. :-)
Regards,
Frederick
----- Original Message -----
Sent: Friday, July 09, 2004 1:29
PM
Subject: RE: Interesting Force Field
Result
Yes but is the force only due to acceleration
or does it arise due to motion?
I read your article with interest,
Frank.
However, there seems to be a
time/relativisticaly invariant "Hypocharge" associated with each
fundamental (charged) particle.
Maxwell's equations treat the Ey and Ez
"fields that can exist" as "Steady State Fields" that can be due to
this "Hypocharge".
I calculate the Hypocharge as
7.84e-41 Coulombs (q") for the electron-positron, and
1.43e-37 Coulombs (q').for the proton-antiproton'
Then, the constant G force, Fg = k*q"^2/R^2
or k*q'^2/R^2 etc.
The other item that crops up, is that the
Hypocharge of the Electron (negative energy) repels the Hypocharge of
the proton. :-)
Since the number of electrons per gram of
any material is constant, any material undergoing rotation/acceleration
puts the particles in motion and concurrently can create a Force
Field.
More later. :-)
Regards,
Frederick
----- Original Message -----
Sent: Friday, July 09, 2004 11:19
AM
Subject: Re: Interesting Force
Field Result
In a message dated 7/9/2004
9:41:45 AM Eastern Standard Time, [EMAIL PROTECTED]
writes:
IOW, the physics tenet that< "a moving charge creates
a magnetic field" is
complemented by:a moving charge creates a
Force Field.
Frederick
Frederick,
that idea is key to my work. If you explore it to the maximum
you will arrive
at my constants of the motion
theorem.
Chapter on force and gravity.
http://www.angelfire.com/scifi2/zpt/chapter7.html
Frank
Znidarsic
