IBM / Hoover / Brookhaven Laboratory / Lawrence Livermore National Laboratory / Los Alamos Laboratory / Livermore Laboratory / Sandia’s Livermore Laboratory / /
Country
Japan / United Kingdom / /
Facility
Los Alamos Laboratory / Kyoto University / Livermore Laboratory / Keio University / Japanese hotel / Notre Dame cathedral / Brookhaven Laboratory / University of California / University of California’s Davis Campus / /
IndustryTerm
constant-energy molecular dynamics / mean thermal energy / energy field / free energy / relativelygeneral systems / usual kinetic energy / possible stationary solution / alternative solution / energy / nonequilibrium systems / energy balance / kinetic energy / internal energy / credible nonequilibrium algorithm / kinetic-energy thermostats / flow law / trial solution / same ideas to nonequilibrium systems / internet search / constant-energy / numerical solution / /
OperatingSystem
Fermi / /
Organization
University of California / Rad Lab / U.S. Securities and Exchange Commission / Keio University / Kyoto University / /
Person
Atsushi / Enrico Fermi / Bill Ashurst / Philippe Choquard / George Vineyard / Shuichi Nosé / /
Nonequilibrium Molecular Dynamics: Reversible Irreversibility from Symmetry Breaking, Thermostats, Entropy Production, and Fractals. Wm. G. Hoover Highway Contract 60, Box 565,