binary sphere systems / sphere-packing algorithm / hard-sphere molecular dynamics algorithm / biological systems / monodisperse hard-sphere systems / isostatic contact networks / sphere packing protocols / incremental solution / finite systems / wrong contact network / energy landscape picture / preparation protocol / contact network / larger systems / /
Organization
Simons Foundation / National Science Foundation / USA Salvatore Torquato Department of Chemistry / Princeton University / USA Frank H. Stillinger Department of Chemistry / Department of Physics / U.S. Securities and Exchange Commission / Princeton Institute for the Science and Technology of Materials / and Program / LS TJ / Steven Atkinson Department of Mechanical and Aerospace Engineering / Federal Communications Commission / /
Person
Steven Atkinson / Salvatore Torquato / Adam Hopkins / Frank H. Stillinger / / /
Position
representative / /
ProvinceOrState
New Jersey / /
Technology
hard-sphere molecular dynamics algorithm / TJ algorithms / sphere-packing algorithm / two protocols / Lubachevsky-Stillinger protocol / semiconductors / TJ algorithm / LS algorithm / preparation protocol / simulation / Technology of Materials / LS algorithms / sphere packing protocols / using the LS algorithm / using the TJ algorithm / compressed using the TJ algorithm / /
PHYSICAL REVIEW E 88, [removed]Detailed characterization of rattlers in exactly isostatic, strictly jammed sphere packings Steven Atkinson Department of Mechanical and Aerospace Engineering, Princeton University, P