Nonequilibrium Statistical Mechanics at the Nanoscale

Dr. Vladimir García Morales worked as a Carl von Linde Junior Fellow at TUM-IAS. He was involved in the development of a general theory of Nonequilibrium Statistical Mechanics for systems with an arbitrary number of degrees of freedom and of a theory of complexity. With Katharina Krischer´s group, he studied the stochastic behavior of nanoscale electrochemical systems with special focus to nonextensive phenomena on their thermodynamic description. The formal results of the general theory address specially be particularized for these systems and experiments to validate the theory, to be carried out by experimentalists in Krischer´s group, are in progress.

TUM-IAS funded doctoral candidate:
Lennart Schmidt (PhD in 2015), Nonequilibrium Chemical Physics

Publications by the Focus Group

2015

  • Schmidt, Lennart: Oscillatory systems with nonlinear global coupling: from clusters to chimeras. Dissertation, 2015 mehr…

2014

  • Schmidt, Lennart; Krischer, Katharina: Two-cluster solutions in an ensemble of generic limit-cycle oscillators with periodic self-forcing via the mean-field. Physical Review E 90 (4), 2014 mehr…
  • Schmidt, Lennart; Schönleber, Konrad; Krischer, Katharina; García-Morales, Vladimir: Coexistence of synchrony and incoherence in oscillatory media under nonlinear global coupling. Chaos: An Interdisciplinary Journal of Nonlinear Science 24 (1), 2014, 013102 mehr…

2013

  • García-Morales, V.: Symmetry analysis of cellular automata. Physics Letters A 377 (3-4), 2013, 276-285 mehr…
  • García-Morales, Vladimir: Origin of complexity and conditional predictability in cellular automata. Physical Review E 88 (4), 2013 mehr…