ELECTRICITY: Special kinds of polytrons float freely in space.
These polytrons consist of 4 subatoms. Of these, 2 vibrate (energyplane 2
vibrations) with the same frequency, and 2 others vibrate at the same
frequency but in opposite phase to the first two. These 4 subatoms
are held together by an oscillotronic binding pattern (an exchange of
common oscillotrons). This special binding can happen in the presence of
opposite-phase vibrations (repulsion) because there are oscillotron binding
forces stronger than the internal repulsive forces (this is somewhat
similar to what occurs in an atomic nucleus).
Special polytrons are neutral for most forces in energyplane 2. Such a
polytron is called the ELECTRICITY QUANTUM (EQ). Its vibration product will
be on energyplane 3 because of the law governing the result of self-cancelling
vibrations in a common existence medium. (This law says that the vibration
product of 2 vibrations which cancel each other completely in special
conditions will be raised 1 energyplane - an isotechnical transformation,
alias ITM). Knowing this law makes it possible to apply ITMs to practical
use.
Electricity quantums can interact with a bigger polytron, or multipolytron,
and be caught by it. As a result the EQ may lose its neutrality. This is
because the oscillotronic EQ binding pattern breaks down due to the new
oscillotron binding with the multipolytron subatoms. The two EQ subatoms in
phase with the new polytron will be bound into it. The other two EQ subatoms,
in counterphase with the bound subatoms, will be repelled out of the polytron.
Because the law of self-cancelling vibrations in the common existence medium
is no longer fulfilled, the vibration product changes from the 3rd to the 2nd
energyplane. The two repelled EQ subatoms are no longer neutral on
energyplane 2, and are attracted to other polytrons depending on frequency.
As a result, polytrons having the same type of EQ subatoms will attract each
other, and polytrons having opposite types of EQ subatoms will repel each
other. Such multipolytrons can sometimes bind to themselves 4 gravitrons.
This new multipolytron is called the electron.
Likewise, a polytron which has bound to itself the alternate EQ subatom pair
is called a positron. Electricity quantums can bind themselves to particles
we call neutrons, thus producing protons and antiprotons. Particles that do
not bind either EQ subatom pair are electrically neutral. Some sorts electrically
charged polytrons can only be found on energyplane 2.
