There is no A. There is no constant measurable current flow beyo constant measurable current flow beyond the equaliza nd the equalization charge that is instantly tion charge that is instantly
transferred to the body when a transferred to the body when a person lies on a con person lies on a conductive sheet or makes contact ductive sheet or makes contact with another with another
type of Earthing product. We are type of Earthing product. We are talking about numb talking about numbers of electrons in the trillions ers of electrons in the trillions and quadrillions. and quadrillion
Once the body is Once the body is grounded, the rate of influx change grounded, the rate of influx changes, and the body w s, and the body will only absorb that amount ill only absorb that amount
of electrons needed to maintain the same of electrons needed to maintain the same electrical electrical potential as the Earth and to restore wh potential as the Earth and to restore what is
lost in the lost in the body’s metabolic proces body’s metabolic processes. It ses. It may take many quadrillions to get may take many quadrillions to get the body stable. the body stable. As
long as a person continues to long as a person continues to be grounded, the body be grounded, the body can use the Earth as can use the Earth as a natural reservoir a natural reservoir, or
“power source,” of electrons to maintain a “power source,” of electrons to maintain a “topped “topped up” homeostatic level that compensates for up” homeostatic level that compensates for any
attrition of internal electrons. With connection to the Earth, it would thus seem hard for the body to
develop any electron deficiency, and, theoretically, any chronic inflammation. The actual amount of
charge (electrons transferred) would vary significantly based upon location of the body above the
Earth (voltage) and any potential electrostatic charge that has built up on the body. The continuing
amount of electrons absorbed by the body amount of electrons absorbed by the body to reduce to reduce metabolic and immune response free radica metabolic and immune response free radicals
would also vary significantly between people depending upon their life style and activity. This is all
extremely difficult, if not impossible, to extremely difficult, if not impossible, to measure.