A really nice analysis, Marshall.
Chuck
Living with saints is tougher than being one.
On 5/3/2010 5:25:29 PM, Marshall Dudley ([email protected]) wrote:
> Polarity makes no difference. For instance if you take a Clark zapper,
> and switch hands, then it works just as well. DNA is wound like a
> spring. And just like a spring, it has a resonant frequency. Hit it
> with that frequency (Rife), and it will break apart. Now DNA is pretty
> resilient stuff, and if the parts that break apart
> don't drift apart,
> they can recombine and become one again. Both the Clark and Beck
> zappers rely on sharp edged square wave pulses to generate a harmonic
> near the resonant frequency. The Fourier expansion of a square wave has
> all multiples of that frequency, so if you pick a frequency that is not
> to high it will have harmonics that are very close to resonance for a
> pathogen. Apply the square wave, and the DNA tends to break apart. Now
> when DNA breaks apart different pieces have different electric charges,
> and thus have a tug toward either the positive or negative electrode.
> However if the polarity changes direction, they will tend to drift back
> together and recombine becoming whole again. So there MUST be a DC
> component to the field to continue pulling the pieces apart until they
> are so far apart that they will not get back together again (or in the
> case of Rife hit it with so much ener
--
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