Fakultäten der RUB » Fakultät für Mathematik » Lehrstühle » Mathematische Physik / Stochastik

Dr. Florian Henning

Research interests:

  • Strongly correlated stochastic processes, in particular those arising from statistical mechanics
  • Transformed measures in statistical mechanics models
  • Fixed-point methods for discrete dynamical systems


Publications

  1. F. Henning, C. Külske, N. Schubert, Gibbs Properties of the Bernoulli field on inhomogeneous trees under the removal of isolated sites. Preprint available at arXiv:2304.03102.
  2. A. Abbondandolo, F. Henning, C. Külske, P. Majer, Infinite-volume states with irreducible localization sets for gradient models on trees. Preprint available at arXiv:2302.05398.
  3. F. Henning, C. Külske, Existence of gradient Gibbs measures on regular trees which are not translation invariant.
    Ann. Appl. Probab. 33 (4) 3010 - 3038 (2023)
  4. F. Henning, C. Külske, Coexistence of localized Gibbs measures and delocalized gradient Gibbs measures on trees.
    Ann. Appl. Probab. 31 (5) 2284 - 2310 (2021). Article PDF
  5. F. Henning, C. Külske, A. Le Ny, U. A. Rozikov, Gradient Gibbs measures for the SOS model with countable values on a Cayley tree. Electron. J. Probab., Volume 24 (2019), paper no. 104, 23 pp.
  6. F. Henning, R. Kraaij, C. Külske, Gibbs-non-Gibbs transition in the fuzzy Potts models with a Kac-type interaction: Closing the Ising gap. Bernoulli Journal Vol. 25 pp. 2051-2074 (2019). Article PDF

Teaching

  • SS23: Two exercise courses for Analysis II
  • WS22/23: Two exercise courses and teaching assistance for Probability Theory I
  • SS22: Two exercise courses for Analysis II
  • WS21/22: Exercise course and teaching assistance for Stochastic methods in Mathematical Statistical Mechanics
    and exercise course for Mathematics for Physicists III
  • SS21: Exercise course and teaching assistance for Probability Theory II
  • WS20/21: Two exercise courses for Linear Algebra and Geometry I
  • SS20: Exercise course for Higher Mathematics II (for students in applied Computer Science)
  • WS19/20: Two exercise courses for Introduction to Probability and Mathematical Statistics
  • SS19: Two exercise courses and teaching assistance for Mathematics for Physicists IV
  • SS18: Exercise course for Analysis II; two exercise classes for Preliminary course for students in Mathematics and Physics
  • WS17/18: Two exercise courses for Introduction to Probability and Mathematical Statistics

Talks

Referee for

  • Journal of Mathematical Physics
  • Journal of Statistical Physics
  • Phase Transitions

Contact



Tel.: +49 (0) 234 32-27548
E-Mail: florian.henning[at]rub.de