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Physics Computing '92 cover

This meeting addresses all aspects of computational methodology with applications to most branches of physics, especially massively parallel computing, symbolic computing, Monte Carlo simulations of quantum systems, neuro-computing, fluids and plasmas, physics education, mesoscopic physics, dynamical systems, molecular dynamics, Monte Carlo techniques, etc.


Contents:
  • Neural Multigrid Methods for Gauge Theories and Other Disordered Systems (M Bäker et al.)
  • On the Use of the Symbolic Language Maple in Physics and Chemistry: Several Examples (J Číǽek et al.)
  • Nonequilibrium Phase Transitions in Catalysis and Population Models (R Dickman)
  • Computer Algebra, Symmetry Analysis and Integrability of Nonlinear Evolution Equations (V P Gerdt)
  • The Path-Integral Quantum Simulation of Hydrogen in Metals (M J Gillan & F Christodoulos)
  • Numerical Implementation of a K.A.M. Algorithm (H R Jauslin)
  • A Review of the Lattice Boltzmann Method (S Succi et al.)
  • Electronic Structure of Solids in the Self-Interaction Corrected Local-Spin-Density Approximation (A Svane)
  • and others

Readership: Physicists, chemists and computer scientists.