Hulda Clark Zapper

The human body has its own particular electrical characteristics and when it is connected in circuit with a device such as the Clark Zapper or a Rife machine, it affects the circuit attached to it. First the human body has several resistances involved that can reduce the effectiveness of any zapper. The main resistances of concern are the resistance of the skin surface, the resistance from the surface of the skin to the subcutaneous layers below, and the resistance of the internal body cavaties.

The resistance of the skin surface is influenced by several factors including the dampness of the skin surface and the amount of salts on the surface of the skin. If the amount of moisture is low and the salts are low, the resistance will be relatively high. If the skin is moist and salty all over the body, then the resistance across the surface will be low. This can short circuit a significant part of the signal over the surface of the skin. Naturally, this should be avoided. The same problem is present when the electrodes are close together as in the ones that have 2 pennies attached to the zapper box. Basically, the electrodes should contact the surface as far apart as possible to avoid signal loss.

The second resistance to consider is the resistance from the surface of the skin to the subcutaneous tissues ( transcutaneous resistance ). Again, this resistance is influenced by both the moisture and the amount of salts present. This resistance needs to be as low as possible which is why the salt water soaked paper towels are used between the electrodes and the skin. Only the contact areas should be wet. Also, the resistance decreases with increasing contact area so that larger electrodes are better.

The third resistance is the bodies internal resistance and there is not much that we can do to change it. Basically, the internal resistance is fairly low anyhow. However, this is a limiting factor in the effectiveness of the zapper whenever there is a need to reach the internals.

So 4 basic rules of zapping are determined from these resistance factors:

• 1) The skin should be moist and salty at the electrodes.
• 2) The skin should be as clean, dry, and salt free between the electrodes.
• 3) The electrodes should be placed as far apart as is reasonably possible.
• 4) The electrodes should be reasonably large as small electrodes cause a higher resistance.

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