winding for passing current through the entire spool. Formerly this

had to be done with an 80 lb coil rewound onto another spool; where

the specs for 23 gauge wire show this would be nine miles of wire. The

first experimentation with 60 hz source frequency resonance took place

with these huge 60 Henry Coils of ~ 1000 ohms. It gave an acting Q of

15, from a predicted 20. Two of the coils could be inversely series

resonated for simultaneously opposite voltage rises; whereby a

combined Q of 30 is obtained. During the tuning the coils can be

placed base to base so that magnetic unity increases each coils

impedance, thereby gaining a higher Q factor by the interaction of

mutual inductance. A paradox however exists regarding the fact that

when the pair of coils are INVERSELY series resonated; which is simply

one set of series LC values attached oppositely in series to the

input: this implies that even though the tuning was accomplished with

the higher reactances present in magnetic unity between the coils, the

magnetic unity of these fields should not be present after being

inversely placed in series resonances, since the effect of inversely

phased resonances is to produce opposite magnetic field orientations

between the coils. This is reffered to as the Binary Resonant

Paradox. When this was explained to Doc, he puzzled and asked "Well

what kind of polarity would then exist if the coil was in between two

equal capacities in series?" Damn good question. In any case all the

former 23 gauge coils (~ 480 lb.s) had been stolen by the criminal

DiGrino family, so upon consideration of replacement costs I find they

want about 12 dollars a lb, so each of the 6 coils will cost ~ a

thousand dollars to replace. To replace these stolen assets I have

now purchased 23 lb of 23 gauge wire on two different 6 inch OD

spools, and have seen that it seems practical to "miniaturize" the

binary resonant system without a significant loss in voltage rise.

One eighth the volume of copper can be used on smaller spools to

theoretically produce about 1/3 the voltage of the former 160 lb system.

Doc & I rewound the spools using a modified drill press set up; about

30 -40 minutes unwinding over a mile of wire. They register near 140

ohms. An AC variac test at 100 volts yielded a current of .1 A,

having an impedance of 1000 ohms, vs the former 20,000 ohms when a

larger 80 lb coil was wound. The theoretical Q factor for 60 hz is

then X(L)/R = 1000/140 = 7.14, where formerly this was 20. These

smaller coils also offer use in alternator frequency resonances. A

single phase motor to drive the alternator was also stolen; this is

being replaced also.

Sincerely Harvey D Norris