Teaching
Find here general information to the Bachelor's and Master's program in physics at the Universität Innsbruck.
Winter Term 2021/2022
- PJ Research study: Many-Body Physics (Prof. Dr. Thomas Franosch)
- VU Many-Body Physics I: Computer Simulations in Statistical Physics I (Prof. Dr. Thomas Franosch, Dr. Michele Caraglio)
- VU Many-Body Physics II: Computer Simulations in Statistical Physics II (Prof. Dr. Thomas Franosch, Dr. Michele Caraglio)
- VU Special Topics in Quantum Science A: Computer Simulations in Statistical Physics I (Prof. Dr. Thomas Franosch, Dr. Michele Caraglio)
- VU Special Topics in Quantum Science B: Computer Simulations in Statistical Physics II (Prof. Dr. Thomas Franosch, Dr. Michele Caraglio)
- VU Applications of Computational Physics A: Computer Simulations in Statistical Physics I (Prof. Dr. Thomas Franosch, Dr. Michele Caraglio)
- VU Applications of Computational Physics B: Computer Simulations in Statistical Physics II (Prof. Dr. Thomas Franosch, Dr. Michele Caraglio)
- VU Special Theoretical Topics 1: Computer Simulations in Statistical Physics I (Prof. Dr. Thomas Franosch, Dr. Michele Caraglio)
- VU Special Theoretical Topics 2: Computer Simulations in Statistical Physics II (Prof. Dr. Thomas Franosch, Dr. Michele Caraglio)
- VU Bridge Course Mathematics (Prof. Dr. Thomas Franosch)
- SE Seminar (I): Theoretical biophysics and nanophysics (Prof. Dr. Thomas Franosch)
- SE Research Seminar: Theoretical Biophysics and Nanophysics 2022 (Prof. Dr. Thomas Franosch)
- PR Research Class in Theoretical Ion, Plasma and Energy Physics (Prof. Dr. Thomas Franosch)
- SE MIP-Seminar (Prof. Dr. Thomas Franosch)
- SE Introduction course MIP (Prof. Dr. Thomas Franosch)
- VO Modern physics (Prof. Dr. Thomas Franosch)
- PJ Forschungsstudie: Computational Physics (Prof. Dr. Thomas Franosch)
- PR Methods in Computational Physics A: Laboratory Class Computational Physics (Dr. Michele Caraglio)
- PR Special Advanced Laboratory Class A: Laboratory Class Computational Physics (Dr. Michele Caraglio)
Summer Term 2021
- VO Theoretical Physics 4 (Statistical Physics) (Prof. Dr. Thomas Franosch)
- SE Research Seminar: Theoretical Biophysics and Nanophysics 2021 (Prof. Dr. Thomas Franosch)
- SE Seminar (I): Theoretical biophysics and nanophysics (Prof. Dr. Thomas Franosch)
- SE MIP-Seminar (Prof. Dr. Thomas Franosch, Prof. Dr. Karin Schnass, Dr. Peter Thoman)
- SE Seminar with Bachelor's Thesis (Prof. Dr. Thomas Franosch)
Winter Term 2020/2021
- VU Many-Body Physics I: Advanced Statistical Physics I (Prof. Dr. Thomas Franosch, Dr. Gerhard Jung)
- VU Many-Body Physics II: Advanced Statistical Physics II (Prof. Dr. Thomas Franosch, Dr. Gerhard Jung)
- PS Theoretical Physics 3 (Electrodynamics) (Daniel Mayer, MSc, Lukas Schrack, Msc)
- VU Bridge Course Mathematics (Prof. Dr. Thomas Franosch)
- SE Research Seminar: Theoretical Biophysics and Nanophysics (Prof. Dr. Thomas Franosch)
- PR Methoden der Computational Physics A: Praktikum Computational Physics (Prof. Dr. Thomas Franosch)
- PR Research Class in Theoretical Ion, Plasma and Energy Physics (Prof. Dr. Thomas Franosch)
- SE MIP-Seminar (Prof. Dr. Thomas Franosch)
- CIM DK Seminar (Prof. Dr. Thomas Franosch)
- PJ Research Class: Many-Body Physics (Prof. Dr. Thomas Franosch)
Previous lectures
Theoretical Physics 1 (Mechanics), Theoretical Physics 3 (Electrodynamics), Theoretical Physics 4 (Statistical Physics), Statistical Physics II: Dynamics, Statistical Field Theory, Theoretical Biophysics: Stochastic Processes, Mechanics of Continua and Theoretical Plasma Physics
Theses
Topics are available for Bachelor, Master, and PhD candidates! Please contact Prof. Dr. Thomas Franosch.
Completed theses
PhD theses
Quasi-confined Colloidal Liquids-Structure and Dynamics, Lukas Schrack (2021)
The dynamics of self-propelled particles and the buckling transition of a semiflexible polymer, Christina Kurzthaler (2017)
Complex transport, Sebastian Leitmann (2017)
Structure and dynamics of liquids in confined environments, Simon Lang (2014)
Master theses
Transport properties of run-and-tumble chemotaxis, Nicola Schmidt (2019)
Long-time tails in memory kernels for the Brownian motion of a colloidal System, Jonas Nussdorfer (2017)
Higher moments in the field driven Lattice Lorentz gas, Thomas Schwab (2016)
Bachelor theses
Memory effects in glass-froming liquids, Thomas Kiechl (2020)
Model of artificial spin ice, Beatriz Barroso Gstrein (2020)
Steady-state probability distribution of active Brownian particles in confining potentials, Larissa Kröll (2020)
Movement of emergent magnetic monopoles in lattices of nanomagnets, Leah Rank (2019)
Lineare Antwort und darüber hinaus, Andre Gladbach (2019)
Disorder in models of artificial spin ice, Ben Silwa (2018)
Active particle with memory (subjected to colored noise), Simon Brunner (2018)
Brownian circle swimmer in a gravitational field, Martin Zobernig (2017)
Dynamics of a self-propelled anisotropic particle in the gravitational field (2016)
Dynamics of a Brownian circle swimmer, Victor Wenin (2016)