For Lilian and the Indigos - Above Top Secret

NEUROMIMETIC HYBRID PROCESSOR WHITE PAPER
The NHP is a computing device born of the biomimicry methodology. Its purpose is to
replace silicon which is nearing the end of its capacity. Compared to the other silicon
alternatives it stands out as having the only true neuromimetic architecture.
BIOMORPHED ELEMENTS
-neurons – polymer sheathed dendrimers (encapsulated electroactive objects)
-neural fluids – TCNQ/ polyelectrolyte saturated solution
-synapse – thermionic injection, FET induced arcing from source to drain, spontaneous
clamping, floating deposition
-neural network – back propagation, feed forward, discrete time recurrent, continuous
time recurrent
-determinism – transcopic electrochemical noise analysis, impedance spectroscopy,
phase states vs. transition points
COMPONENTS and ARCHITECTURE
The NHP consists of four self metalizing polymer films and two semiconductive polymer
TFT's arranged into a cube shape. Inside this cube is 5-10 cc's of a TCNQ/polyelectrolyte/dendrimer
suspension. On the outside of the cube is a scalar interferometer. It
is a thermionic injector for the suspended nucleation of the suspension required for
certain neural networks – its scalar bottle is the “thalamus.” This mini-HAARP is coupled
to another which does a non-invasive BMI with any part of the nervous system.
Since the NHP is a hybrid computer, the digital TFT or analog suspension can act as the
driver depending on the desired neural network. Unlike other computers, the NHP derives
its determinism transcopically. This means that it is a molecular-quantum computer.
What this equates to is a binary system with a fuzzy system enfolded within the fractional
dimensions between 1 and 0.
The self-metalizing films are reference/auxilary electrodes injected with stochastic
resonance. Each opposing set has a different noise which creates a co-chaotic medium out
of the suspension, in effect keeping it metastable and homogenous. The TFT's are the
working electrodes perpendicular to the self-metalizing films. They are injected with a
collapsing or periodic waveform signal. As the signal cascades through the phase states,
it modulates the stochastic resonance via sympathetic resonance, phase lock, handshake
or beat. This is what clamps the suspension into a molecular wire and gives a pathway
weight. Once the pathway or filament is formed it will have non-volatile memory.
ADVANTAGES AND PROPERTIES