themselves on the periphery in an uncrowded state and cycle back into the nucleus due to their inherent attraction of
each other. What all matter seeks is a static state where all parts of it are equal and none moving, like a jell, but as
equality in matter can never exist due to inherent differences in particle size and nature, motion never ceases. Always
trying, but never succeeding.
Subatomic particles move in a wave pattern due to this attraction and desire to equalize crowding. Vacillation,
repeating patterns, occur often in Nature, as the buildup is followed by the gradual drop, until a threshold is reached
and the buildup begins again. Pulsing is found in the cosmos, dying stars pulsing, the heartbeat pulsing, and in like
manner subatomic particles pulse. The same mechanism is at play, and it has absolutely nothing to do with the rate of
release from a source, the current fanciful explanation by scientists. Space, even the space within an atom, is scarcely
empty, but is filled with all manner of tiny particles as yet undiscovered by man. Many particles or groups of particles
follow a path less than straight, as on their way they create a pressure in front of them, causing a sideways zig, only to
http://www.zetatalk2.com/science/s91.htm[2/5/2012 11:53:57 AM]
ZetaTalk: Energy Waves
find they again create a pressure in front of them so must zag. This path is not chaotic, but becomes a zig- zag line in a
straight direction, as the pressure created on the left encourages the zig to the right, and the pressure created on the
right finds a void on the left where an essential vacuum has just been created. The zig-zag perpetuates itself.
Mankind assumes that a single particle is moving in a wave, with one particle following another obediently in a kind
of waving line. Yes and no, this is what occurs. If only two particles were on the move, moving in the same direction
as the reason for motion was the same for both, then they would institute a dance much as binary stars institute. They
are interacting with each other while simultaneously being affected by many other factors. These two particles move
apart from each other to reduce crowding but then find they are attracted to each other when crowding has been
reduced and move
they would see not a wave, but what appeared to be a
http://www.zetatalk2.com/science/s91.htm[2/5/2012 11:53:57 AM]
ZetaTalk: Ball Lightning
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Man is aware of electricity primarily from his experiences with lightning and the tiny lightning, arcs, that occur from
static electricity. Were it not that lightning, in its many forms,
result. But there are some 387 discrete sub-atomic particles composing what man understands to be the flow of
electrons or a magnetic field. Each operates differently, but most are not so obvious as the electron, the stage-master
throwing lightning bolts at the audience. What are some of the other components of electricity and magnetism, some of
the other sub-atomic particles, and how do they cause ball lightning?
As we have explained, there is a sub-atomic particle responsible for the magnetic behavior of certain metals like
iron. This flows from and through those atoms that have an uneven distribution of electrons circling around the
core, so the field develops around a single atom but the flow of this particle causes them all to line up in liquid
iron so as a group they have a field where the flow of particles leaves one end of the field and warps around to
the place where they are
trains on a rail, as in what is termed Magnetic Levitation, so it could certainly float eggs or humans during the
phenomenon known as ball lightning. The question that begs to be answered is - why do the magnetic particles
hang around, and not disperse, as they apparently do under other circumstances. After all, electro- magnetic
motors are in common use and a single report of levitation has yet to be recorded.
Mankind is aware of the brief distances and the intense electron press required to support arcs such as arc
welding or carbon arc lamps. They are aware of the distance that lightning, representing a buildup of electrons in
the atmosphere, can move. In general this is at most for a distance
downward to a discharge point. In fact, this is only the visible lightning, and arcs can and do occur over longer
distances and with less electron press than presumed, but this type of activity is not showy and thus escapes
mankind’s notice. But ball lighting hangs together, is
charge, the normal distribution of electrons that is so familiar and runs all manner of handy appliances. Consider
that an electrically charged field may be