Workshop on Computational Physics And Cellular Automata

The Table of Contents for the book is as follows:

• Preface

• Spin Dynamics Simulations of Excitations in Spin Chains

• Early and Late Stages of Spinodal Decomposition

• Aspects of Classical Excitations in Two-Dimensional Magnetic Systems

• Spreading of Damage in Ising Models

• Lattice-Gas Approach to Nonequilibrium Hydrodynamics

• Numerical Calculation of the Conductivity of Percolation Clusters and the Use of Special Purpose Computers

• Immunologically Motivated Cellular Automata

• Finding the Linear Invariants of Lattice Gases

• Applications of Large Neuron Networks

• Langevin Description of Rotating Molecules

• Green's Function Monte Carlo: From Statistical Mechanics to Quantum Mechanics and Back

• Modified Q2R Cellular Automata

• A Cellular Automata for the Order-Disorder Transition

• Kinetics of Ion Beam Induced Amorphisation

• Space of Partitions and Complexity

• One-Dimensional Collapse

• Simulation of Dislocation Glide Including Thermal Activation

• Conserved Order Parameter Dynamics and Chaos in One Dimensional Discrete Model