THE NEUROCRINE MEMORY -

NEUROCRINE MEMORY - PART ONE ...

                                                                         

      Memory is not  the set of recollections that many believe are stored away in some enigmatic compartment within the brain. Memory IS the storing function of the limbic system.

Memory is the messenger neuron of the compartment. This neuron is a blip spot between every chemical interaction that transceives in the brain. The 'blip' is an 'action-potential'  reversed in chemical energy, to form the actuating potential for an ion transfer energy chain. The actuating potential is the action potential for magnetic energy in a transfer chain. In other words, it is a code for transmission in reverse energies. This magnetic pi,  is equivalent to a threshold that contains electrical energy in a state of  chemical equilibrium. 

Chemical energy is known to distribute potential through is glycosides in chemical potential. Through it's glycosides, tri-glycerides are made. Triglycerides are combustion molecules. Chemical combustion of triglycerides causes chemical energy to transfer the wave packet into dynamic chemistry. The dynamic chemistry is referred to as synapse. A synapse is a conduction of energy transfer across a convection gradient. A transfer of kinetic molecular energy is reversed across the gradient and a neurotransmitter is sent as a conduction molecule over a synaptic cleft. The neurotransmitter sent is acetylcholine. Acerylcholine is a transceiver and anticholineric molecule, which means that it is able to stop, start and transmit the action-potential in an energy gradient. Acetylcholine is the conductor of the energy train and transmits signal to stop, start and connect the transmission lines for energy potential. In effects it is the activating transmission for a polarized vector potential. 

A flow of electrons from a dipole magnet conducts a vortex to transmit and re-unite the convection currents in a polarized string, The surface potential in an electron magnet, can produce string electrons from it's diatomic nucleus during a transfer of molecular energy. This means that the reverse potential for kinetic energy is the action-potential for a string theory. The activating potential  is thus the reserve potential in an activating string, meaning that magnetic tides string over the active potential of  a polarizing gap.
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