Rotated
Particles
Many of our more practical and life changing technologies rely
heavily Rotated Particles. From the basic mechanics behind
modern string theory and the 13
known dimensions comes perhaps the most important discovery
since the wheel.Since
particles can be rotated on their Tangilble dimensional axes,
it only stands to reason that they can be rotated on their
other spatial axis. It took the galactic empires a long time to
figure this out, at least in any functional way. While
rotating a particle, or more properly the string that
determines the identity of that particle, within a confining
quantum field is a relatively simple idea, in function and
application it is considerably more complex.
Fundamentally,
properly phased resonant energy is funnelled into the Blind
dimension while the quantum field is gingerly manipulated to
coax the Tangible, Manifold, and Elegant axes of the string
into proper, precise positions. A great deal of energy must be
precisely controlled in the stimulation of the Blind dimension
and in the manipulation of the quantum field and its focus on
the string itself.
When the string is precisely rotated, it
essentially becomes a different particle with different
properties than the original. In much the same way that a
multi-coloured cube can be spun on its Tangible axes to change
its properties from “green” to “blue”, a particle can
be spun on its Tangible, Manifold, and Elegant axes to change
its properties from “electron” to “electryon”.
Once
the particle is precisely rotated, only a little energy is
required to be fed to the Blind dimension through the quantum
field to maintain the orientation. If released from the
confines of the quantum field, the rotated particle will
release the holding energy bound to the Blind dimension and
revert to its normal “Tangible” state. Most of the energy
used in the creation of rotated particles, while considerable, is “clean”. That is,
the applied energy does most of its work through the fact that it is
precisely phased and resonant relative to the energies of the
particle. This is similar to the way microwaves create heat in water without
being “hot” themselves. When a particle reverts to its Tangible
state, it releases a seemingly larger amount of “dirty”
energy in the form of heat, light, static electricity and physical motion as it
pivots on its dimensional axes. Particle rotation trades off
slow, controlled energy manipulation for large bursts of
power.
In practical applications, rotated
particles are produced in large, carefully controlled
factory-labs. They are parceled in the large, nearly
indestructible quantum kegs and quantum containment batteries
we are all familiar with and distributed for end use. Through
the careful manipulation of the containing quantum field, vast
amounts of energy can be harnessed as power or the particles
can be released and allowed to un-spin for a variety of
reasons, including power production and weapons technology.
An example of extremely high-energy
rotated particles is the neutrinon, which is a neutrino
rotated on its Manifold axes. The configuration of the
rotation is such that the Blind dimension leaches out its
holding energy relatively slowly. The neutrinons experience a
short delay before snapping back to their Tangible neutrino
state and releasing their useable, dirty energy. While
expensive and difficult to manufacture, they are exceptionally
controllable when “burning” for power and have convenient
military characteristics, like their ability to pass through
matter before snapping back to their Tangible state, releasing
bursts of energy within targets.
An interesting effect of rotated
particles is that of the negative-energy rotated particle, as
found in Protofluid. The Blind dimension of a
deuterium-tritium fuel is manipulated to spin the particles
into a considerably lower energy state. When the quantum
containment field is released, the particles snap back to
their Tangible axes, absorbing masses of energy in the
process. In controlled conditions, Protofluid can be used as a
very expensive rapid-freezing agent or as a weapon.
Negative-energy particles like Protofluid are often more
stable and easier to contain than their high-energy cousins.
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