Computer crystals.
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At first we will be looking at the 1-plain crystals. A 1-plain crystal is a
crystal with the active structure on our energyplain. The example is the
production of the photoncomputer crystal. The crystal is constructed by a
team in a similar way as to the construction of microprocessors. 1 member in
the team works with the memory circuit. Another member in the team works with
the artihmetic unit. Another member work with the interface and IO units and
so on. At first each member of the group work with the separate parts of the
construction individually. For help each member of the group have his own
advanced computer. When the first stage in the construction process are
finished,the group get together. In this stage of the construction the work
done by the different members alone are adjusted for the total function of the
construction. When the group are finished with this process the total
construction data are feeded to a big computer. This computer calculates a 3D
image of the crystal. Now it's possible to choose between 2 production
methods. The first method is wavebased and the second method are beam based.
The wave method.
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In the wave method the 3D image of the crystal are calculated to a frequency
picture. This frequency picture are sent from the computer as several
thousand single frequencies amplified by several thousand amplifiers. This
channels are connected to several thousand antennas inside a chamber. The
antennas are standing inside the chamber horizontal 90 degree out of the
chamber walls. Inside this chamber there are no gravity. Inside the chamber
the etherical form of the crystal are created by the frequency picture from
the computer. This form is created by the electromagnetic field generated by
the many small antennas. When this frequency picture are active, a ionized
gas (plasma) are lead into the chamber. This plasma are influenced by the
electromagnetic frequency picture in such a way that the structure of this
field are copied by the plasma. The temperature of the plasma can be 1000000
degree Celsius hot. Now the whole thing are cooled after a specific scheme.
By a special temperature the gas inside the chamber begin to turn to solid
matter in form of a crystal grid. Because the plasma structure was locked by
the electromagnetic field, the structure of the appearing crystal are similar
to the structure of the electromagnetic field inside the chamber. After the
whole thing are cooled down to room temperature the photoncomputer crystal is
finished. The basic micro-coding instructions are burned into the crystal
structure as parts of it are a optical ROM. The computer are activated by
sending white light into the central fiberoptical cable. This light must be a
broad spectrum of light covering all light frequencies. This light are used as
the energysource of the computer and frequency reference. The communication
with the computer are done trough other fibreoptical cables. 1 cable is 1
port. Trough the port, red light represent bit 1 yellow light bit 2 and so on.
This means that a specific mixed colour represent a dataword at parallel form.
Logical "1" is when a colour is on and "0" when the colour is off. The
communication goes on trough many fibreoptical cables with a speed of several
gigabaud trough each port. The computer can of cause do several things at the
same time. A typical photoncomputer has a shape like a crystal ball with a
diameter of approximate 20 centimetres. One of this computers has greater
computing power than the sum of all computers on Earth today.
The second wave method.
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In this method a liquid are used instead of the plasma. The chamber are not
without gravity but has low gravity.Inside the chamber are a ring of antennas
at a specific position. The liquid are pumped into the chamber from it's
bottom. When the liquid reaches the field in the ring,the liquid crystalizes
immediately after the wavepattern inside the antenna ring. The computer know
the level inside the chamber and send different wavepatterns as the crystal
rises inside the chamber. This method builds the crystal gradually. The
technical needs are simpler by this method but the construction computer must
work harder.
The beam method.
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This method use also a liquid. The method can be done at normal gravity. The
liquid are pumped into the chamber from the bottom. A tunable laser beam are
directed at the chamber. This laserbeam can change colour and amplitude. The
beam scans the liquid in circular movements from the outer part of the liquid
toward the centre. The characteristics of the crystal structure are decided by
the colour of the beam. How far down in the liquid the crystalisation shall
take place are decided by the beam amplitude. By this way the crystal
structure are burned into the material by the laser beam.
2-plains crystals.
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When the crystal shall have 2 separate structures on 2 energyplains, the
crystal is produced by use of the beam method and the wave method at the same
time. The beam method are used to create the structure on energyplain 1 and
the wavemethod are used to produce the structure on energyplain 2. The
computers for each method are of cause coordinated and communicates with each
other. This opens for the possibility to make energystrings between the 2
structures. If the structure of the crystal shall have more than 2 plains the
process are different. On a multienergyplain crystalstructure one must use
creatures living on higher natureplains in the construction process. A human
team make the structure at energyplain 1 and 2. A team of astral creatures
make the structure on energyplain 3. A team of creatures living at the mental
plain makes the structure on energyplain 4 and so on.In praxis this work are
done by creatures living on different planets where their "physical" plains
are at different engonic levels. This means that a "physical" creature on
another planet will appear at the Earth astral level and so on. The different
engonic construction teams can not see each other so the communication must be
by telepathy. The construction of this crystals afford a great deal of
multidimensional and interplanetary cooperation.
