RE: [TCML] 60 Hz Binary Resonant Primary Design

[Harvey Norris <harvich@xxxxxxxxx>]

> Do your coils purport to demonstrate some previously
> unrecognized electrical property or behavior?
    Yes, I forgot to mention this important point, the large internal capacity of the high induction coils, and the reduction of wire length standing waves by this factor.
    The 70 lb windings of 23 gauge on a 5 inch spool have some 8 miles of distance: and when this is set up for arc gap purposes the coils do not produce a TC powerful arc gap discharge, but rather a scintillating rapidly quenched arc maintained by close proximity of adjacent surface areas of long parallel arc bars. This is somewhat reminiscent of the Lakhovsky Multi Wave Oscillator for demonstration of simultaneously transmitted high frequencies by virtue of the fact that the arc could jump to smaller and larger geometric loops; somewhat making sense of the claim to broadcast a plethora of frequencies simultaneously. 
    Yet here, apparently due to the extremely  long wire lengths of 8 miles on either side of a arc or neon rf emitting bulb as an agent; that any receiving loop as an antennae vibrates at its own resonant frequency as a much higher harmonic of the original frequency made very low at source (wall grid) frequency by both LC and wire length considerations. If a claim can be easily sought it is true that the small foot or so length of the arc bars seem to act as a multiwave oscillator without the fancy geometry or arcing involved with such a scheme. Thus the device appears to broadcast all frequencies simultaneously. It must be true however that after a certain wire length is exceeded, the standing wave resonance should exceed the LC combination resonance. Essentially this kind of field coupled with scoping can show the resonant frequency of any L or LC coupled value. Thus it became useful to see the natural resonant frequency of  the 12 lb/@ 2.5 H coils by
 this scoping method. Although the wire length is over 1.3 miles, the natural resonance formed is near 5000 hz. The internal capacity reduced the standing wave considerably. And when we start comparing things for the larger 8 miles length of wire on either side between the arc gap, it seems perfectly possible, although somewhat inconceivable that the standing wave natural resonance may fall below the original source frequency LC values made for 60 hz! And of course if this is true we have a mechanism for forming extremely low frequency standing waves.
HDN    
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