Lectures in the Sciences of Complexity
Table of Contents
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Edited by Daniel L. Stein
Preface
Lectures
An Introduction to Nonlinear Dynamics
The Dynamics and Analysis of Patterns
Experiments on Bifurcations and One-Dimensional Patterns in Nonlinear Systems Far from Equilibrium
Physical Aspects of the Organization of Development
Broken Ergodicity
Disordered Systems: mostly Spin Glasses
Chemical Reaction Dynamics in Complex Molecular Systems
The Neurobiology of Spatial Computation and Learning
Neural Nets
Using Classifier Systems to Study Adaptive Nonliner Networks
Dynamical Systems from Evolutionary Population Genetics
Adaptation on Rugged Fitness Landscapes
Principles of Adaptation in Complex Systems
The Economy and Complexity
Seminars
Limit Cycles in One-Dimensional Cellular Automata
Glasses I: Phenomenology
Glasses II: Models for Glassy Relaxation
Computational Measures of Physical Complexity
Neural Networks and Collective Computing
The Use and Abuse of Statistical Mechanics in Computational Complexity
Mathematical Models of the AIDS Epidemic: An Historical Perspective
Biomechanical Complexity and the Control of Movement
Index |
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