Complex Chemical Systems / Hacket Publishing Co. / Aneesur / ADP / Wiley-VCH Verlag GmbH & Co. KGaA / Cray Research / /
Continent
Europe / /
Country
France / Austria / United States / /
Event
Person Communication and Meetings / M&A / Business Partnership / /
Facility
California Institute of Technology / Harvard University / /
IndustryTerm
chemical systems / random search / hydrolysis products / begina high-energy / chemical formula / realistic model systems / empirical potential energy functions / machinery regulating vesicle traffic / atomic systems / biological systems / search problem / interaction energy / energy functions / lowest energy reaction path / energy / assumed energy minimum / energy distribution corresponding / polypeptide chain / chemical bonding / dream energy / larger systems / /
MusicGroup
X-ray / /
OperatingSystem
ISIS / /
Organization
California Institute of Technology / Computer World Foundation / Harvard University / National Science Foundation / M. Karplus Department of Chemistry & Chemical Biology / Nobel Foundation / /
Person
Barry Honig / Herman Berendsen / Titus Lucretius / Victor Ovchinnikov / Paul Dirac / Stephen Greenblatt / Frank Stillinger / Linus Pauling / David Weaver / Arieh Warshel / George Wald / J. Andrew (Andy) McCammon / Jerome Karle / Lee Pedersen / Bob Wyatt / Keiji Morokuma / Martin Ferguson Smith / Carl Moser / John Dalton / Peter Rossky / Ralph Waldo Emerson / Joshua Jortner / Aron Kuppermann / M. Karplus / Charles Coulson / Michael Levitt / Martin Karplus / Ruth Sharon / Ruth Hubbard / Richard Porter / Bruce Gelin / John Maddox / Jeremy Knowles / Richard Feynman / /
Position
HB / Editor / essayist / Professor / molecule HA HB / Professor of Chemistry / Roman poet / forward / and so on / Porter / molecule HB / /
Development of Multiscale Models for Complex Chemical Systems: From H+H2 to Biomolecules (Nobel Lecture)