Boris Nowak und Jan Schole - Info zur Person

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Members - Kirchhoff Institut Für Physik

www.kip.uni-heidelberg.de

Boris Nowak (Doctorate 2012; now @ Daimler, Stuttgart) Nikolai Philipp (Diploma 2012) Martin Rabel (Master 2017; now @ Math. Inst., U Heidelberg) Simon Sailer (Diploma 2015; now @ MPIK Heidelberg) Christian Scheppach (Diploma 2009; now @ Graf Zeppelin Gymnasium Friedrichshafen) Maximilian Schmidt (Diploma 2011; now @ FZ Jülich) Jan Schole

NTFP in superfluids

www.kip.uni-heidelberg.de

Boris Nowak 1, Jan Schole 1, Boris Nowak 1, and Thomas Gasenzer Institut für Theoretische Physik, Ruprecht-Karls-Universität HeidelbergHeidelberg, Germany. Nonthermal fixed points of the dynamics of a dilute degenerate Bose gas far from thermal equilibrium are analyzed in two and three spatial dimensions.

heiBIB: Schole, JanHeidelberg University

katalog.ub.uni-heidelberg.de

Nowak, Boris: Non-thermal fixed points : universality, topology, and turbulence in Bose gases / Boris Nowak, Sebastian Erne, Markus Karl, Jan Schole, Dénes ...

heiBIB: Nowak, Boris

katalog.ub.uni-heidelberg.de

Publikationen in heiBIB RSS. Nowak, Boris: Universal dynamics on the way to thermalisation / Boris Nowak, Jan Schole, Thomas Gasenzer. - 5+2 S.

Phys. Rev. A 86, (2012) - Critical dynamics of a...

journals.aps.org

Jan Schole, Boris Nowak, and Thomas Gasenzer. Phys. Rev. A 86, – Published 17 July Article has an altmetric score of 1. More. ×.

[ ] Non-thermal fixed points: universality, topology, &...

arxiv.org

· Non-thermal fixed points: universality, topology, & turbulence in Bose gases. Authors:Boris Nowak, Sebastian Erne, Markus Karl, Jan Schole, ...

Universal dynamics on the way to thermalization - IOPscienceIOPscience

iopscience.iop.org

von B Nowak · · Zitiert von: 58 — Boris Nowak1,2, Jan Schole1,2 and Thomas Gasenzer1,2. Published 30 September ... Citation Boris Nowak et al New J. Phys DOI von B Nowak · · Zitiert von: 58 — Boris Nowak1,2, Jan Schole1,2 and Thomas Gasenzer1,2. Published 30 September ... Citation Boris Nowak et al New J. Phys DOI