Biophysics of Computation: Information Processing in Single Neurons (Computational Neuroscience Series Book 1)
Biophysics of Computation explores how single neurons process information through biophysical mechanisms. Part of the Computational Neuroscience Series, it examines neural dynamics, membrane properties, and synaptic interactions to illuminate the cellular basis of brain computation. Ideal for scientists bridging biology and physics.
About This Book
This book delves into the information processing mechanisms within individual neurons, examining biophysical principles that underpin neural computation.
As the first volume in the Computational Neuroscience Series, it provides a detailed analysis of how single cells handle information, drawing on concepts from physics and biology.
The author presents models and theories that explain neural dynamics, offering insights into the fundamental building blocks of brain function.
Intended for researchers and students, it emphasizes the integration of experimental data with computational approaches to understand neuronal behavior.
Key topics include membrane potentials, ion channels, and synaptic transmission, all framed within the context of information processing.
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