The 2017 SNOOK PRIZES in Computational Statistical Mechanics
Wm. G. Hoover, Carol G. Hoover
TL;DR
This paper discusses recent advances in understanding chaos, thermalization, and Lyapunov instabilities in Hamiltonian models, highlighting prize-winning research contributions in computational statistical mechanics.
Contribution
The paper presents prize-winning research exploring chaos, symmetries, and thermalization in Hamiltonian $\
Findings
Insights into chaos in Hamiltonian $\
Advances in understanding Lyapunov instabilities in dynamical systems
Recognition of novel models in computational statistical mechanics
Abstract
The 2017 Snook Prize has been awarded to Kenichiro Aoki for his exploration of chaos in Hamiltonian models. His work addresses symmetries, thermalization, and Lyapunov instabilities in few-particle dynamical systems. A companion paper by Timo Hofmann and Jochen Merker is devoted to the exploration of generalized H\'enon-Heiles models and has been selected for Honorable Mention in the Snook-Prize competition.
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Taxonomy
TopicsCold Atom Physics and Bose-Einstein Condensates · Theoretical and Computational Physics · Quantum chaos and dynamical systems