Re: Displacement Current Revisited
I understand "String" theory has to do with the four fundamental forces of
nature one of which is the electromagnetic force. This might be the answer
to GUT or the grand unified (field) theory. However, I agree this is not a
subject for the Tesla List.
But how about the "induction " field near the Tesla coil that Terman
mentions in his Radio Engineers' Handbook? I think it would be helpful to
try and measure this field. Coilers like Reinhart may already be detecting
this field with a lamp and wire antenna held near a Tesla coil. This may
even be something that is new to many radio engineers.
At 04:56 PM 3/19/99 -0700, you wrote:
>Original Poster: David Trimmell <davidt-at-pond-dot-net>
>Isn't string theory a bit controversial? I personally have found it to be a
>fascinating theory, but didn't think it was widely excepted. This thread is
>a bit on the edge for this list, but interesting nevertheless. What ever
>happened to a newsgroup location for discussing the more off topic threads?
><<<< String theory probably will get rejected unless someone can really tie it
>well to Tesla coiling. The two Usenet groups "alt.mad.science" and
>"alt.sci.amateur" are there but a bit "slow". - Terry >>>>
>At 04:39 PM 3/18/1999 , you wrote:
>>Original Poster: "Dr. Resonance" <Dr.Resonance-at-next-wave-dot-net>
>>to: John, et al
>>To really understand displacement currents you have to go beyond classical
>>electrodynamics. You need to study string theory. The bad news is the math
>>is all 2nd order differentials and beyond the scope of many readers of this
>>list (certainly not all). Trying to hash this out in classical
>>electrodynamics is really wasting your time. Not trying to be negative here
>>at all --- just stating the facts as I know them to be. When I was a
>>student I made the same mistake of trying to understand field theory with
>>classical electrodynamics and only later realized my folly.