Neural Networks / Distributed Computing Systems / CSC / /
Facility
University of Kentucky / /
IndustryTerm
simulation tools / evolutionary computing algorithm / minimum energy / physical and chemical nature / satisfactory solution / reactive systems / similar search / parallel search / steady state tournament selection genetic algorithm / nanotechnology atomistic applications / non-homogeneous computing environment / multi-component systems / search procedure / batch processing / genetic algorithms / species systems / nanotechnology applications / molecular electronic devices / metal-organic systems / tedious human-directed search / physical and chemical characterization / physical and chemical phenomenon / cycle-scavenging systems / tripod metal compounds / species containing systems / energy / /
Organization
University of Kentucky / National Aeronautics and Space Administration / Department of Physics / Center for Computational Sciences / /
Person
Richard Jaffe / Ravishankar Ramamurthy / Charles Bauschlicher / Miron Livny / Eric Langhirt / Steve Traugott / Deepak Srivastavaa / Thomas A. Weber / Frank H. Stillinger / Wang / Marvin Solomon / Al Globus / Deepak Srivastava / Computational Nanotechnology / Jie Han / Junmei Wang / Calculate / Peter A. Kollman / /
Position
Hunter / /
Product
Condor / /
ProgrammingLanguage
Java / /
ProvinceOrState
Kentucky / California / Georgia / /
PublishedMedium
Journal of Computational Chemistry / Condor / the Condor / Journal of Chemical Physics / European Journal of Inorganic Chemistry / /
Enabling Computational Nanotechnology through JavaGenes in a Cycle Scavenging Environment Al Globus,a Madhu Menon,b and Deepak Srivastavaa (a) NASA Ames Research Center, CSC/NAS, Moffett Field, CA[removed]b) Center for Co