Re: Question and challenge

>- their is no resistance in normal water. How many Amps are you running?

That is not correct, properly distilled water has a fairly high resistance, very salty water has a very low resistance, Tap water has a medium resistance because of the chlorine content. Rainwater has low salt and has a higher resistance, closer to distilled water. The pond water cane from rain water. The presence of microbes and contaminants will lower the resistance some, but the current is on the order of milliamperes and is proportional to the surface are of the electrodes and the ( average ) voltage and inversely proportional to the distance between the electrodes.

From: Yuk, wikipedia:

"Pure water containing no exogenous ions is an excellent insulator" and "the theoretical maximum electrical resistivity for water is approximately 182 kΩ·m" I think that it should be kΩ·m/sq.cm

>- Your Hulda Clark device doesn't sterilize the blood. And because your Hulda Clark positive offset device is below 1 MHZ it doesn't penetrate everywhere in the body either.

I suggest that you are mistaken. Have you even tried to sterilize blood with ParaZapper CC2, ParaZapper UZI-3, or ParaZapper MY? I am not claiming that it does, but you can not fairly claim that they don't unless you have actually found some evidence that I do not believe that exists. It is my experience that the zapper can and does go far beyond what the older stuff that you are experienced with does.

Again, I point to the jar test. No zapper before now has so completely succeeded at that., not the even CCa, Not the CC1, not the others, Not my Beck unit.

And, so far, I have not seen anyone post a successful test and microscopic examination that shows otherwise.

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