£80.25

Oxford University Press - Biophysics of Computation Book

9780195181999

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£83.13 £59.59 £64.73 £69.86 £75.00 £80.13 £85.27 25 April 2026 17 May 2026 09 June 2026 01 July 2026 24 July 2026

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Description

Move beyond the simplified idea that neurons act as basic linear threshold units. This text from Oxford University Press provides a deep look into the actual complexity of neural networks. By focusing on the dynamic nature of synapses, dendrites, and voltage-dependent ionic currents, this book offers a realistic view of how biological systems process information. Readers will explore how individual nerve cells perform essential computational tasks. The content uses detailed experimental and theoretical findings from cellular biophysics to explain the various functions available to a single neuron. You will learn how these cells can multiply, integrate, or delay synaptic inputs, providing a foundation for understanding true information processing in the brain. This book is an essential resource for those studying computational neuroscience and medical sciences. It bridges the gap between theoretical models and the biological reality of how neurons function, making it a valuable addition to any scientific library.

Key Features

New and mint condition copy ensures you receive a high-quality academic text in excellent shape.

Fast shipping with same day dispatch for all orders received before 12 noon.

Guaranteed packaging protects your book during transit to ensure it arrives safely.

No quibbles returns policy provides peace of mind for your purchase.

Detailed coverage of how single neurons multiply, integrate, and delay synaptic inputs.

Scientific insights into the role of dendrites and voltage-dependent ionic currents in computation.

Product Specifications

Format
paperback
Domain
Amazon UK
Release Date
28 October 2004
Listed Since
06 February 2007

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