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That's pretty obscure, no? OK, how about an analogy.
Crystal patterns are not inherent in individual atoms. Instead,
crystal patterns exist only at a "higher" level, and if we zoom our mental
microscope in on a crystal pattern, all we see is atoms with no pattern.
Also, a collection of identical atoms can crystallize in many DIFFERENT
patterns once a proper seed crystal is provided. Also, many DIFFERENT
kinds of atoms can crystallize in the SAME pattern. This drives home the
point that the whole crystal pattern is not hidden in each atom, it is
separate from atoms, and it cannot be understood in Reductionist terms.
Subtle energy is something like a crystal pattern: it is made of something
smaller, yet it is only a sum of its parts, and the parts don't contain
it. If we "zoom in" on subtle energy in an attempt to analyze it, all we
will find is white-noise of various types (acoustic, EM, etc.) However,
if we block the flow of EM and sound, then we interfere with the
transmission of Subtle Energy.
Is Subtle Energy just a way of modulating EM waves? Yes and no, because
the "transmitter" and "receivers" are very different than those used in,
say, FM radio. Subtle energy is more like the "spread spectrum" signals
used in cellphones. Suppose we have an array of 10,000 little radio
transmitters which all can affect each other, and we use them to send a
complicated pattern. Their signal will resemble white noise, but will be
filled with interference fringes, and a lone receiver will not be able to
detect this pattern. If we have 10,000 little radio receivers, they can
only
receive that pattern if they are connected to each other in the same as
the transmitter. Now
let the transmitters and receivers use sound and light as well as radio,
and you get some idea of how Subtle Energy works. The "pattern" is the
Subtle Energy, and it rides on the waves. But it is not just EM waves,
because it doesn't have just one frequency, and the STRUCTURE of the
transmitter and receiver must be similar in order for the pattern to be
received.
Another analogy: the razor blade balanced on edge. This illustrates a
typical "symmetry breaking" situation. The razor blade cannot remain
upright, but which way will it fall? In the everyday world, the tinyest
thermal vibration would knock it over. The razor blade is a very
sensitive receiver! OK, now imagine millions of razor blades all standing
on edge, and all connected together by rubber threads. They MUST fall
over, but the threads allow one blade to pull on another as it falls, so
the falling blades will develop patterns. And last, imagine that we have
two such arrays of razor blades on the same table. When one falls, it
makes noise and wind which causes the other to fall too. Yet the noise
and wind carries complicated information, and if the first group of razor
blades falls in a pattern, the second one will have that pattern too. The
pattern leaped between the two groups only because the second group could
interpret the complicated transmissions of the first group. If human
beings attempted to find the pattern in the noise and wind, they would
fail. Only a group of falling razor blades with rubber threads could
sense that information pattern in the noise created by the first group.