Well, I approach a lot of this as 'proving to myself'
 that offbeat configurations follow classical rules,
 as the only experimental results you find on the 'net
 are predominantly experiments
 that demonstrate proven principles.
 
You don't see many of the things that don't work,
 like TTBrowns 'repulsor' which I found described at
 one solitary site (didn't work for him either).
(I have been consifering making a web-page
 of 'experiments that just don't work' but I am 2 lazy.)
(Not working = doesn't support exotic claims)
 
But aside from a grievous loss of sleep and time,
 at least I have a better grip on 'things that don't work'.
 
And, like so many times before this,
 I see a positive result - now I need to discover
 what's causing this, and it probably is something
 dumb like lead-wire resonance or some such artifact.
 
But still, like some autistic orphan
 bashing my head against the wall, onward again...
 
-----Original Message-----
From: Frederick Sparber [mailto:[EMAIL PROTECTED]
Sent: Saturday, 2004 July 10 02:06
To: [EMAIL PROTECTED]
Subject: Re: Interesting Force Field Result

Don't forget that a step-pulse applied to a capacitor "accelerates" the electron-atom-molecule stuff in the capacitor. And a rapid discharge does too.
 
Not surprising that a null result is obtained with steady state D.C.
 
Regards,
 
Frederick
----- 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

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