München / Shanghai / Liouville / Berlin / Munich / Augsburg / Amsterdam / London / /
Company
Los Alamos National Laboratory / D. L. Nika A. S. / Oxford University Press / World Scientific / Let us / Imperial College Press / /
Country
Germany / United States / United Kingdom / China / Singapore / /
Currency
pence / / /
Facility
National University of Singapore / Tongji University / University of Warwick / Institute of Physics / University of Augsburg / /
IndustryTerm
1D systems / energy current / excess energy profile / 2D systems / local energy / nonequilibrium excess energy density profile / energy diffusion using linear response theory / energy diffusion processes / ergodic superdiffusive energy diffusion obeying hΔx2 ðtÞiE / energy current density / equilibrium energy density / anomalous diffusive energy / energy diffusion scaling / anomalous energy diffusion processes / local energy conservation / empirical law / anomalous energy diffusion scaling / depicted nonequilibrium energy density distribution / nonequilibrium excess energy distribution / system energy / energy / excess energy perturbation distribution / chosen energy perturbation / excess energy density / excess energy / energy-energy fluctuations / realistic energy diffusion process / anomalous energy / energy transport / nonequilibrium energy diffusion / excess energy distribution / ergodic energy subdiffusion / energy fluctuation / nonequilibrium energy / energy diffusion proceeds / energy diffusion / arbitrary ergodic energy diffusion / normalized excess energy distribution / local energy conservation law / momentum-conserving systems / energy distribution hðxÞ / energy profile / Local excess energy distribution / normal energy diffusion / 1D lattice systems / nonequilibrium energy distribution / excess energy hxiE / momentum-conserving 1D systems / local energy density / local energy current / local energy distribution relation εðx / at bridging energy diffusion / /
OperatingSystem
Fermi / /
Organization
National University of Singapore / Centre for Computational Science and Engineering / U.S. DOE / Tongji University / Department of Physics / Institute of Physics / Graduate School / National Natural Science Foundation of China / National Nuclear Security Administration / University of Warwick / Oxford University / NUS Graduate School / Ministry of Education / School of Physics Science and Engineering / University of Augsburg / Center for Phononics and Thermal Energy Science / /
Person
D. P. Sanders / Vega / Nat / Schellingstr / Peter Hänggi / /
PRL 112, [removed]week ending 31 JANUARY[removed]PHYSICAL REVIEW LETTERS