Figs. 7.2 & 3. Increase in potential and
charge density.
In a condenser for accumulating electrical charge,
the energy potential increases by either reducing
the area of one plate, or by bringing it closer to the
dielectric layer (separating plate).
Electricity
Electricity is the result of magnet polarities put into motion. In
electricity the process depends on the polarity of electrons in the
atom. At the physical level electricity is familiar in thunderstorm
activity and the electrical current supplied to our homes through
cables. There is a much more refined form of electricity more
properly called bioelectricity which is produced by living organ-
isms. It is much less studied or even recognized, being an octave
higher, but Schauberger found that this is crucial to all natural
processes.
For electrical activity to be possible, the charges of different
polarity must be either joined by a conducting path or separated by
an insulator or dielectric. Figs. 7.2 and 7.3 illustrate two situations
in a normal electrical condenser or capacitor for accumulating an
electrical charge. By reducing the surface area of one plate, the
charge density on that side of the dielectric is increased, in the ratio
of its area to the larger plate. So if it is a quarter the area of the
larger plate, its charge density will be four times that of the larger
plate. What is called the potential is the amount of energy with
which the two opposite charges try to balance out the difference.
The energy potential increases as the distance between the platesHIDDEN NATURE