Electrodynamics of Neurotransmitters and Kirchhoff’s Laws at Neural Synapse

Abstract

Since the neural synapse consists in the unstoppable pass of charged electrically neurotransmitters from a neuron to another, then it might be directly explained by the Kirchhoff laws. In this paper, the usage of these laws have yielded a set of equations belonging to classical electrodynamics. Basically, currents and voltages have been derived. Also, it is argued that the synaptic vesicles play the role as capacitors whereas the effect of bunching of neurotransmitters can be see as a type of electrical resistance. The neurotransmitters can create electrical currents so that electrical circuits might be running in the neural synapse. The collapse of these circuits can be perceived as broken of synapse system.