Progress in Neural Processing - Vol. 12
DISORDER VERSUS ORDER IN BRAIN FUNCTION
Essays in Theoretical Neurobiology
edited by Peter Århem (Nobel Institute of Neurophysiology, Sweden), Clas Blomberg & Hans Liljenström (Royal Institute of Technology, Sweden)
The main aim of this book is to raise and clear up the intriguing problems of noise and chaos in the nervous system. What functional role do fluctuations in neural systems play? Are there chaotic processes in the brain? What is the neural code, and how robust is it towards noise? Are there mechanisms that can control noise and chaos?
The book provides an introduction to this new and hot field of research, and at the same time brings the reader to the forefront of scientific inquiry. It is intended primarily for biologists involved in theoretical treatment and for physicists with an interest in biology, but the overview character of the articles makes it also well suited for a broader readership.
Contents:
- Disorder versus Order in Brain Function — An Introduction
(P Århem et al.)
- A Primer on Noise and Chaos (C Blomberg)
- Molecular Background to Neural Fluctuations: An Introduction to Ion Channel Kinetics (P Århem)
- What Causes Ion Channel Proteins to Open and Close? (L Liebovitch & A Todorov)
- Noise in Neural Computation (D Smetters)
- Do Neurons Recognize Patterns or Rates? One Example (F Moss & H Braun)
- A Physicist's View of Brain Functioning: Coherence, Chaos, Pattern Formation, Noise (H Haken)
- Fluctuations in the Coordination Dynamics of Brain and Behavior (S Kelso)
- Brains Create Macroscopic Order from Microscopic Disorder by Neurodynamics in Perception (W Freeman)
- Some Randomness Benefits a Model of Hippocampal Function (W Levy & X-B Wu)
- Consciousness, Schemata and Language (R Cotterill)
Readership: Graduate students, academics and research scientists in
chaos/dynamical systems and neuroscience.
| 284pp |
Pub. date: Jun 2000 |
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