Studientage des Forschungsstudiengangs WS 22/23

23 Nov 2022, 13:00 → 24 Nov 2022, 16:45 Europe/Berlin

Studientage des Forschungsstudiengangs Erlangen/Regensburg.

Ort: Universität Regensburg

 

SPEISEKARTE Kopie.pdf

Wednesday 23 November

14:00 → 15:00 Session 1: PHY 9.2.01

Session 1

14:00 Rectifying Supercurrents in Semiconductor Weak Links

Opening Talk

Speaker: Christoph Strunk (PHY 9.2.01)

15:00 → 15:30 Coffee break

Coffee break

15:30 → 17:30 Session 2: Parallel session I: PHY 5.0.20

Session 2

15:30 Holographic entanglement entropy under splitting in AdS3/CFT2

Bachelor thesis project

Speaker: Clemens Seidl ( PHY 5.0.20)

16:15 Quantum Hall critical phase at the surface of a topological insulator

Research project

Speaker: Johannes Dieplinger ( PHY 5.0.20)

16:45 Analysis of Protein Interactions in High Concentration Solutions with Rapid Dilution Mass Photometry

Bachelor thesis project

Speaker: Carla Brunner ( PHY 5.0.20 + Zoom)

15:30 → 17:45 Session 2: Parallel session II: PHY 5.0.21

Session 2

15:30 Speed of Decoherence in Spin Chains

Bachelor thesis project

Speaker: Maximilian Gaschler ( PHY 5.0.21)

16:15 Numerical linked-cluster expansions for transverse-field Ising models

Bachelor thesis project

Speaker: Markus Pirke ( PHY 5.0.21+Zoom)

17:00 Spektraltheorie von Dirac-Systemen

Bachelor thesis project

Speaker: Hanifah Mumtaz ( PHY 5.0.21)

17:45 → 18:45 General discussion: Room PHY 9.2.01

General discussion

19:30 → 22:00 Dinner

Dinner

Thursday 24 November

10:00 → 12:00 Session 3: PHY 9.2.01

Session 3

10:00 Computational methods for Optomagnonics

Phd thesis project

Speaker: Jasmin Graf (PHY 9.2.01)

11:00 Tailoring and non-adiabatic control of record-strong light-matter coupling

Phd thesis project

Speaker: Joshua Mornhinweg (PHY 9.2.01)

12:00 → 13:30 Lunch break

13:30 → 15:30 Session 4: Parallel session I: PHY 5.0.20

13:30 Young Stellar Objects around Supernova Remnants in the Large Magellanic Cloud

Bachelor thesis project

Speaker: Katharina Jurk ( PHY 5.0.20+Zoom)

14:15 A particle conserving approach to AC-DC driven interacting quantum dots with superconducting leads

Project

Speaker: Julian Siegl ( PHY 5.0.20)

15:00 Constraining-Weil-Petersson volumes by universal random matrix correlations in low dimensional quantum gravity

Research project

Speaker: Torsten Weber ( PHY 5.0.20)

13:30 → 15:30 Session 4: Parallel session II: PHY 5.0.21

13:30 Simulation of the impact of processing conditions on the perovskite film morphology

Research project

Speaker: Martin Majewski ( PHY 5.0.21)

14:15 FERMION ENTANGLEMENT IN STATES OF LOOP QUANTUM GRAVITY

Bachelor theiss project

Speaker: Lennard Kossmann ( PHY 5.0.21+Zoom)

15:00 Analysis of SNR DEM L71 using eROSITA data

Research project

Speaker: Tobias Inzenhofer ( PHY 5.0.21+Zoom)

15:45 → 16:45 Optional laboratory tour