Looks at 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 and dynamical systems.

This text 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 and Monte Carlo techniques.

Symbolic computing, V.P. Gerdt and A. Mossiaux
non-equilibrium phase transitions and critical phenomena, P. Bak et al
quantum molecular dynamics, M.J. Gilan et al
neuro-computing, T. Geszti and K. Miller
Monte Carlo techniques, U. Wolff and G. Mack
electronic structure - surfaces and solids, J. Kubler et al
new trends - hardware and software, J. P. Goedgebuer
fluids and plasmas, D. Barnes and S. Succi
Monte Carlo simulations of quantum systems, W. von der Linden et al
electronic structure - clusters and molecules, J. Cizek et al
mesoscopic physics, K. Dawson et al
dynamical systems, H. Jauslin et al
self-organization and coherent structures, D. Stauffer
massively-parallel computing, D. Wallace et al.