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Mathematics / Chemistry / Condensed matter physics / Lattice points / Spheres / Sphere packing / Packing problem / Kepler conjecture / Crystal structure / Geometry / Crystallography / Discrete geometry


PHYSICAL REVIEW E 79, 041309 共2009兲 Optimal packings of superballs Y. Jiao,1 F. H. Stillinger,2 and S. Torquato2,3,4,5 1
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Document Date: 2009-04-29 16:40:44

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Country

United States / /

Currency

pence / /

Facility

Princeton University / /

IndustryTerm

particle systems / event-driven molecular-dynamics packing algorithm / sphere-packing algorithm / superball systems / nonspherical particle systems / optimization algorithm / molecular-dynamics algorithm / hard-particle systems / superball chain / nonspherical-particle systems / stochastic optimization packing algorithm / granular media / superball chains / real dense granular media / /

Organization

Department of Mechanical and Aerospace Engineering / Federal Communications Commission / National Science Foundation / Princeton University / Institute for Advanced Study / U.S. Securities and Exchange Commission / Division of Mathematical Sciences / Princeton Center for Theoretical Science / School of Natural Sciences / Department of Chemistry / /

Person

Greg Kuperberg / Martin Henk / Aleksandar Donev / /

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ProvinceOrState

New Jersey / /

Technology

stochastic optimization packing algorithm / thermodynamics / event-driven molecular-dynamics packing algorithm / crystallization / sphere-packing algorithm / Donev-Torquato-Stillinger algorithm / lithography / DENSE PACKINGS OF SUPERBALLS VIA COMPUTER SIMULATIONS A. Event-driven molecular-dynamics algorithm / DTS algorithm / simulation / B. Stochastic optimization algorithm / optimization algorithm / /

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