Theoretical Mechanics of Biological Neural Networks develops an engineering science for the description of neuroclectric signalling of biological neural networks in terms of the underlying neurobiological mechanisms. The primary theoretical contribution of the book is to show how to describe the co-ordinated electrical activity of arbitrarily complex neural networks in terms of a single governing principle ' for each significant component in the same way that Newton's formulation of classical mechanics allows one to express force-motion relationships for arbitrarily complex mechanical systems in terms of one fundamental principle of motion for each constituent element.;Practically, the book shows how to generate mathematical and computational representations Of' the co-ordinated electrical activity of neural networks, ranging from individual neurons to composite systems of interconnected networks. Complete listings of several general purpose computer programs embodying the theory are included in the book.