Simulation of Neural Networks Based on Self-Assembly of Reaction-Diffusion Electrical Synapses and their Nonlinear Electrophysiological Activity, 164 p. [in Russian]
Publisher: Moscow Pedagogical State University, Department of Biology & Chemistry
Published: 2012
Place of publication: Moscow
Language: rus
Format: Paperback
Number of pages: 164
Description: This book presents a new approach to the simulation of morphogenesis of the neural structures based on the combination of electrophysiological oscillations and microhydrodynamic (microfluidic) oscillations of the axonal flow within the framework of a unified bifurcation machinery. It is proposed to consider bifurcations in electrophysiological rhythms as a correlate of bifurcations of bioelectric characteristics in the connectomics of neural networks during their morphogenesis. The bifurcations of vector fields in the emerging network are compared to the bifurcations in a model system of oscillations, corresponding to the different rhythms of the brain as cooperative antecedents of its activity.