From: Blunderov (squooker@mweb.co.za)
Date: Tue Sep 24 2002 - 06:26:48 MDT
[Blunderov]
At a website far, far away...
http://www.electrogravity.com/index.html
<snip>
REPLY: Thanks Rick,...
I remember suspending an open wire (two conductor) 300 ohm line in
electronics lab one day and feeding it from a transmitter operating at
reduced plate voltage and measuring the effects of that open ended line
with a current loop and neon bulb. Every 180 degrees, the current loop
and small attached incandescent lamp glowed while 90 degrees from those
nodes and every 180 degrees apart, the neon bulb would glow at the
voltage nodes. We even picked up this effect on the window frames and
light fixtures! I suspect that the area around a Tesla coil would also
exhibit this characteristic. (High and low voltage nodes separated 90
degrees apart from high and low current nodes.) At the nodes, there
exists pure current or pure voltage. In contrast, a conventional
electromagnetic wave radiates due to the nodes being in sync timewise
with no phase shift and there exist no near field sinks. Again, the
1/eo*uo = c^2 also has a bearing on this. A standing wave on the other
hand has the eo and uo as alternating, and at times, totally seperate
terms. Hmmmm.....?
Final thought: --- What would happen if we phased two or more Tesla
coils in the near field and phased them such that a rotating standing
wave pattern* was generated? Would we generate a rotating mass field?
Would the Philadelphia experiment be recreated? Anybody want to try
this? I am willing to help in the design and testing.
-- Jerry E. Bayles.
<snap>
* </me> Wonders if this is something like a "torsion field" ?
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