poet1b
I like the mind wars concept, but I would be afraid that someone would figure out how to turn everyone into totally devoted and completely faithful
slaves, in order to set themselves up as gods, que to action the drunken orgies.
The MW program, and the MW PSYCONs, doesn't really work like that. Movies like
The Manchurian Candidate aside, control of someone's conscious
actions would have to take place at the 5%-conscious level, and you'd basically be talking hypnotism. And that is a very short-term mechanism. We use
it all the time in stage magic, because it flows right into redirection of attention, perception suggestibility ["What you're looking at is X"],
and all that. You can really jerk people around a lot when they're in a passive mood, which they are much of the time. Here, show you what I mean:
Try
this.
Not only do the MW PSYCONs not "mind-control" you; they actually do just the opposite. They are intended to clear the wreckage and junk out of your
brain-attic so that you can think with maximum clarity and alertness. They dial up your smart-meter. The whole idea is solving of the common problem,
and you can't to that if everyone's sitting around with his thumb up his/her ass. "Throwing blackboard erasers" again!
These days I am wrapped around the concept that most of the matter in the world is in a plasma state. Could electricity be plasma, and what we
think of force and gravity simply effects of plasma structures? Have you ever read anything on the concept of Plasma life forms? I imagine you have.
Any thoughts on this concept?
Sure, but that so we're clear on the concept, let's first back up a bit:
A simple atom is composed of a positively-charged proton nucleus and a negatively-charged, orbiting electron. A question of symmetry immediately
arises: Why are all protons positive and all electrons negative? Why shouldn’t there be some atoms whose particle charges are reversed?
Scientists began to get somewhere with this little thorn in 1932, when the first positively-charged electron (or “positron”) was experimentally
produced. A positron has precisely the same mass and spin as an electron, but its charge is +1 instead of -1. For laboratory production of positrons
it is necessary to use gamma radiation of extremely short wavelength; both one electron and one positron are simultaneously created from zero mass
through energy conversion. To put it another way: The gamma radiation consists of non-mass photons. Sufficient energy must be released from these
photons to equal the mass of one electron and one positron.
Further success was achieved in Berkeley, California in 1955, when a highly-energized (6.2 billion electron volts) proton beam was directed at a sheet
of copper. The result: creation once more of two particles - this time a proton and an antiproton - from zero mass. As is also the case with electrons
and positrons, the collision of a proton and an antiproton would instantaneously annihilate both of them.
The conjunction of a proton and an electron produces an atom. In theory - though not yet accomplished in the laboratory - the conjunction of an
antiproton and a positron produces an antiatom, hence antimatter. The reason that antimatter has not been artificially produced hinges upon the
difficulty of keeping it separated from material objects in the process. Should an object of antimatter be brought into contact with an object of
matter, the result would be an explosion releasing many hundreds of times as much energy as a hydrogen bomb of the same weight. Kept apart from
contact with matter, however, antimatter could produce molecules, elements, planets, and galaxies quite as easily as its material counterpart. These
would be quite real in that they would possess physical mass; an antimatter universe, star, or planet would - from a distance - appear
indistinguishable from a similar product of matter.
For the formula [0 = +1 -1] to hold true, half the total mass in the entire cosmos must consist of matter, and the other half must be composed of
antimatter. Admittedly this must remain speculation for the present, but there are valid probabilities for the assumption.
If this is in fact the case, it is so on a fairly large scale. The planet Earth, obviously, is uniformly matter. So is the Moon, or Neil Armstrong’s
giant step would also have been his last [had his spaceship survived the touchdown]! Our Sun also consists of matter, for reasons that will require
even more technical explanation. But, before proceeding, it is necessary to introduce yet another term: plasma.
A common gas (such as air) is made up of molecules which are electrically neutral. By subjecting the gas to electrical discharge, intense heat,
X-rays, or ultraviolet light, electrons are torn loose from the molecules via impact by high-energy photon rays. This leaves the remainder of the
molecule - called an ion - positively charged. Continued ionization of the gas would break down the molecular forms into atoms - and thence into
subatomic particles. A gas may become either totally or partially ionized, depending upon the degree of disruption that occurs. An ionized gas is
called a plasma. It is known that the stars are composed of plasma which is totally ionized in the interior and only partially ionized in the outer
and surface layers [due to the decreasing temperatures towards the outer parts of the star].
Interstellar space - the area between the stars of a single galaxy - is not empty. It is filled with an extremely thin, rarified plasma. “Thin”
means just that; there is only about one atom per cubic centimeter. Intergalactic space also consists of plasma, but at an even lower density of 10-6
atoms/cc. Source of the plasma is normally the closest star/galactic cluster, which implies that the atoms and ions of the plasma would bear the
electrical charge characteristics of that star/galactic cluster.
If there are in fact stars or galaxies of antimatter, it follows that there should be a little activity when the antimatter plasma encounters the
material plasma from the nearest material star/galaxy [i.e. there would be annihilation and the emission of radiation]. Because the plasma is so
rarified, however, such annihilation would take place at such a low level as to be invisible to our present instruments. Hence we shall have to wait
awhile to run this particular test. Obviously it would be most convenient were an antimatter star to collide with a material brother - as there would
then be a bang that would be quite visible indeed - but this isn’t likely to happen inasmuch as the stars and galaxies are all receding from one
another.
For the moment, then, the intergalactic or interstellar existence of antimatter cannot be conclusively proved or disproved. According to inductive
logic, there is a stronger case for its presence than for its absence. Until we possess instruments which can measure the radiation differential of
interstellar or intergalactic plasma, however, we cannot resort to deductive confirmation. For now, though, assume that one-half the mass of the
universe is in fact composed of antimatter.