Re: Electrogravity From Accelerated B Fields

Sat, 08 Apr 2006 05:37:44 -0700

Electric field energies E of 442 to 1,000 joules per cubic meter is doable
with 10 to 16 Megavolts per meter E Fields W = 1/2 eo* E^2.
 
At these vacuum energy densities weight isn't a problem, and
craft like those in the movie "Independence Day" are possible.
 
A 3 meter (~ 10 ft dia) inner globe inside a 4 meter (~ 13 ft dia) outer globe
with  1.5 millimeter (~ 0.060 inch) aluminum wall thickness is a nice size
for the centerpiece to build that aerodynamically streamlined 4 tonne "sports model"
flying saucer shape around.
If it don't fly it will add to the Roswell tourist trade.   :-)
 
Fred 
----- Original Message -----
From: Frederick Sparber
To: [email protected]
Sent: 4/8/2006 5:35:17 AM
Subject: Re: Electrogravity From Accelerated B Fields

Buehler achieved 18% weight reduction at ~1.59 Megavolts/meter (~ 79,000 volts @ 0.05 meter plate spacing
on a total plate weight of 1.75 kg,  @ 6.3 joules per cubic meter).
Had he been able to push the energy density up to 35 joules per cubic meter (3.75 Megavolts ) total
weightlessness might have been achieved.
A Vacuum globe-in-globe unit  weighing 1.75 kg with the right spacing and voltage with zip artifacts
should achieve weightlessness and more.
 
The 35  + joules can be gotten from a cell phone battery inside the inner globe if you can step it's
voltage  up to 3.75 Megavolts @ 1.0 microampere AC or DC. 
 
The 40,000 joules required to levitate about 4 tonnes can be gotten using a car battery.
 
OTOH, Commercially Available LINACs can get the necessary short burst of milliampere
electron injection into the inner globe to give it the required charge.
 
The Klystron delivering about 6 MW at a microwave frequency of 2856 MHz can put
lots of joules per cubic meter into high Q  (~ 0.1 meter diameter) Cavity Resonators.
 
This 10 MeV @ 10 KW Electron LINAC is A Lot More than required.  :-)
 
 
Fred

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