Re: 40% Overunity??

Kenneth Carrigan ( (no email) )
Tue, 12 Jan 1999 14:31:08 -0500

Jer et all..
Very interesting but nothing new... What I am interesting in is those
virtual particles and extracting them! This is what Telsa was operating
on.. at least what I think he was trying to do. It takes an impulse or Dirac
pulse to shake some of them loose. Semiconductors can not 'slew'
fast enough and/or do not posses characteristics which requires very
high potential to shake them loose. What is desired is a filter where
electrons can not pass but virtual particles could. Potential without current!
The higher the potential or E-field (with very high impedance) the more
carriers or virtual particles present, and with Hiesenbergs uncertanty
principle.. the E=MC^2 conversions take place as electrons exchange
photons. Any object with electric charge is surrounded be a swarm of
photons.. which have energy. These photons on occassion can transform
into virtual pairs.. Hiesenberg...and when Dirac pulses are present.. these
charged negative/positive virtual particles may break appart.. where the
positive particle (positron) is attracted to the electron and the negative
virtual antiparticle .. just maybe what is sent down the conductor.. where
Telsa noted certain types of characteristics.. like heat, pain, force... and
other properties like lighting bulbs which are thought to be short circuited!

Not sure.. but just a thought. You could almost call this Telsa energy
"negative" energy cause if it is virtual negative antiparticles... It certaintly
would exhibit different properties, not like an electron which would be
much much heavier. Hey.. Just a though! Got my attention for sure!

v/r Ken Carrigan

>Hi Ken et al!
>
>Ok, I'll bite...check this animation showing the fields produced from
>a point charge and it ties into the Lorentz contraction;
>
>http://webphysics.davidson.edu/Applets/Lorentz/Lorentz_FEL.html
>=========================
>Dirac delta function having unbounded height and zero width;
>
>http://liley.physics.swin.oz.au/~dtl/sp407/backproj/node12.html
>=========================
>Electron as a cloud rather than a point charge;
>
>http://purduenews.uns.purdue.edu/UNS/newspix97/pix59.html
>=========================
>Interesting URL on electromagnetic waves showing it is the electric
>field we most commonly use;
>
>http://maxwell.byu.edu/~spencerr/websumm122/node115.html
>=========================
>---Kenneth Carrigan wrote:
>>
>>
>> >Hi Ken et al!
>> >
>> >I was puzzled by your use of the term DIAC or DIRAC.
>> >
>>
>>
>> YES!! I typo'd it wrong.. I meant Dirac! Thanks! Laplace
>> transforms, fourier series, etc.. Dirac.
>>
>> Impulse symbol... it is a intense unit-area pulse so brief
>> that measuring equipment of a given resolving power
>> is unable to distinguish between them and even briefer
>> pulses. The important part or attribute is the integration
>> or integral... Heaviside used it extensively... but Dirac
>> introduced it from quantum machanics and caught on.
>> The underlying concept permeates physics!! Point masses,
>> point charges, point sources, concentrated forces, line
>> sources, surface charges, and lots more! LOL... Of course
>> all these thing do NOT exist! Or .. we have not seen them
>> exist YET! <g>
>>
>> The concept value stems from the fact that the impulse
>> response - the effect associated with the impulse (point
>> mass.. point charges..) maybe indistingusihable from the
>> response due to a psychical realizable pulse.
>>
>> For sure the answers are close... this Pulse answers LOTS
>> of questions associated with Bio energies, from our bodies
>> emissions to emissivity to correcting auros... healing our bodies.
>> Also. Telsa noted Force, pain, heat was an outcome of this
>> Arc or impulse... LOTS to look at here....
>>
>> To say the least... I am thrilled to no end! Finally.. somewhere to
>> look for answers that Physics can address also.
>>
>> v/r Ken Carrigan
>>
>
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