The limbic system is essentially the most interesting and
comprehensively the most
misunderstood portion of the quantum computational system. The limbic system
has a giant task to accomplish
and very little required space to accomplish it. Instead of the size of the
system being dependent on the input
pathways the limbic system's size is dependent on the output pathways. The
motion or muscle motivation
process.
In the quantum computational system there are two separate power
sources. The first is a low
power source for computational protocol and the second is a higher power
source for motion and muscle
motivation as well as functioning of the internal clocking procedure.
In the living brain the second higher power source also provides
the food' or energy for the
functioning of the neurons and brain system parts but in the quantum
computational system the processors (the
transistor neurons) do not require food' or outside power to continue to
exist.
No where in a living organism nor in the quantum computational
system do the power sources
connect directly. But they do connect indirectly in the limbic system.
Referring to figure 12 it will be observed that the brain's power
source is applied to the capacitor
which represents the value assign to the output's intended muscle or robotic
motion device indicating an at rest'
value. That value applied to the muscle or robotic device gives it a signal
pathway but does not activate it.
Signals from the brain's computational process are applied for
comparison to the established at
rest' value. The result is higher than the at rest' value and essentially
results in a don't rest' value applied to the
next neuron. The next neuron then compares the brain's don't rest' signal to
the body's power source and the
result is a signal sent to the nerve output or muscle group or robotic device
that established a variable level of
motion based on a don't rest' principal.
So essentially when we say to exert our muscles we are actually
telling the muscle how much
NOT to rest. An upside down observation.
With many various computational outputs filtering into the same
limbic system it should be
understood that the limbic circuit is dependent on the amount of receptor
pathways feeding it but it's output is
dependent upon the amount of muscle or robotic motivation devices it feeds.
The limbic system completes the conversion from computational
mental' values to statement
based motivational values using an extra step in the processing that is
similar to the EVR receptor design.
When the brain's biological connection to the limbic system is
faulty a lower amount of don't
rest' signals are sent to the motivation groups and partial to complete
paralysis is observed. When the established
at rest' biological connection to the limbic system is faulty don't rest'
signals will outpace rest' established
values and everything from muscle twitches to total muscle spasms to limbs
locked in a stuck contracted position
will be observed.
