III.   Biological Systems (PSYBIO)

Solid State Memory Systems (MEM) are biological systems of memory storage used for the storage of core genetic, immune, process knowledge including the routines to construct the biological computational (COGNO) systems of a higher organism.

There are primarily three (3) types of solid state memory systems used by biological species life forms being: DNA, Microtubule Binary Arrays (MBA) and Dendrite-Synaptic Arrays (DSA):

(i) Deoxyribonucleic Acid (DNA) is a highly stable molecular chain of two (2) sugar and phosphate backbones with nucleotide bases of carbon - nitrogen twin set of “lock” and “key” molecules encoding a full range of biological information; and

(ii) Microtubule Binary Arrays (MBA) are highly stable polymer arrays of α- and β-tubulin dimer protein pairs that possess a natural binary (0 or 1) behavior arranged in circular patterns of thirteen (13) pairs that extends for a few hundred rows as part of a centriole, or many tens of thousands of rows in the case of their structural use within axons; and

(iii) Dendrite Synaptic Arrays (DSA) are unique arrays of Dendrite to Dendrite and Dendrite to Synaptic cleft connections between neurons and neuralgia physically formed during the repetitive REM buildings phases of sleep in the creation of long term memories.