theories abound. It's clear that something flows, but just what is flowing is unknown. It's clear that direction is
important, but just what is dictating this direction is unclear. It's clear that magnetism occurs naturally, especially in
certain ores such as iron, but what it is that is special about iron ore is a puzzle.
Magnetism is the palpable, measurable effect of a subatomic particle not yet delineated by man. In fact, there are
several dozen sub-atomic particles involved, out of the 387 involved in what humans assume to be simply the flow of
electrons. Where electric current can be made to flow in any direction, the path of least resistance, magnetic flow
seems to be very single minded. In fact, it is also going in the path of least resistance, as can be seen when one
understands the path and what constitutes resistance for magnetic flow. Unlike electricity, which only occasionally
flows in nature, the flowing sub- atomic particles that constitute a magnetic field are constantly flowing. This is the
natural state, to be in motion. The path of least resistance, therefore, is to go with the flow, and the flow is determined
by the biggest bully in the vicinity.
A single atom of iron, isolated, will establish the direction of flow based on the tightly orbiting electron particles, of
which there are hundreds of sub-types. These tight orbits arrange themselves in a manner not unlike the planets around
a sun, but the field, of course, is much more crowded. Given the fairly static number of these particles that will hang
around an iron ore nucleus, the orbiting swirl may have a rhythm, rather than a steady hum. Put 3 groups of 3 into a
cycle of 10 and you have whomp whomp whomp pause. Should the cycle, based on the nucleus and the electron sub-
atomic particles it attracts due to its size and composition, be 4 groups of 3 in a cycle of 12, you would have whomp
whomp whomp whomp. The steady hum of the second cycle does not lack a magnetic flow, it is just diffuse. The
irregular cycle in the first example finds the magnetic flow escaping during the pause. Being attracted again to the best
partner in the vicinity, the single iron atom, the magnetic sub-atomic particles will circle around, taking the path of
least resistance which of course is on the other side of the atom from the outward flow.
Placing a second iron atom next to the first finds the two lining up, so the flow escaping during the pause of each goes
in the same direction. This is a bit like forcing a second water flow into a flowing stream. Toss a stick into both
forceful streams and you will see that the water flows are moving in the same direction as much as possible - the path
of least resistance. In this manner the magnetic flow of the largest bully forces all else in the neighborhood to line up.
Where the iron ore atoms are caught in an amalgam and not altogether free to shift their positions within the amalgam,
the magnetic flow may physically move the amalgam, this being, again, the path of least resistance. For those who
would state that magnetism is not a thing, as it can't be weighted or measured or seen, we would point to the child's
trick whereby two magnets are held positive end to positive end. Let go and they move so that they are aligned positive
end to negative end. What made these magnets move, if not a thing?
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ZetaTalk: Water Cradle
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ZetaTalk: Water Cradle
Note: written on Jul 15, 1995.
On almost all worlds, life evolves in a liquid. This is reasonable as the liquid provides mobility, and increases greatly
the chances that any complex molecule will encounter another. If one examines the physical structure of intelligent
species, one finds rudimentary gills, fins, egg sacs, webbing, if not the frank requirement of a liquid for the home.
Most telling is the development of the fetus, where the evolutionary history repeats itself. We, the Zetas, do not have
records we can tap regarding these early beginnings on your planet. Planets, especially water planets, are seeded with
simple DNA components and left alone. Things work out or they don't, and these planets are not checked that
frequently. If life did not start, re-seeding, perhaps of a different nature, is done. To trace your beginnings, we must do
as your scientists have, and look at the stages the fetus goes through. The forebrain develops last, and arms and legs
also come late. It takes a long time for the tail to disappear, and gills are unmistakably evident in the early days. You
were first a fish.
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ZetaTalk: Sentience
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ZetaTalk: Sentience
Note: written on May 15, 1996.
Man values his intelligence, forethought, empathy, and consciousness, as these place him above the other animals on
the Earth, or so he thinks. Man is a sentient being, but the low life of the Earth have these qualities in some measure
too, as they are concomitant with what the basic building blocks of life throughout the Universe produce. From simple
one celled creatures to the complexity of a hominoid, life interacts with its surroundings in the same manner. Life that
survives at all is self protective, and thus has self awareness of sorts. If it must do more than simply react to survive,
must be proactive, then a form of forethought has occurred. Animals with the same genetic structure can scarcely help
but experience empathy with each other when cries of distress are heard or the tensed posture of defense is assumed.
Early empathy is simply shared neuron patterns and shared experiences. Thus, depending on the chemical components
of the world and the path evolution takes on that world, the sentient creatures that result may take any form, and the
list would be infinite. Sentience is not exclusive to man, or to mammals, or to the Earth - it is concomitant with life
itself throughout the Universe.
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ZetaTalk: Early Man
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ZetaTalk: Early Man
Note: written on Jul 15, 1995.
Man has a fascination with his early forms for good reason. Early Man was father to the child, and the child wishes to
know whereof he sprang. Early Man's appearance changed as his developmental stages changed - ranging as one
would expect from ape-like to man-like. Hypothesis on his appearance almost always leans in the direction of man-like
traits, as humans feel uncomfortable to some degree when contemplating their origins. Monkeys have bright coloration
on their faces and behinds, and so did early White Man. Sharp prominent teeth were a characteristic of Gypsy Man,