Welcome to the 53rd Heidelberg Physics Graduate Days. The courses are open for advanced students, in particular those working on their Master's and doctoral theses. Our aim is to offer courses that broaden the physics knowledge of our students as well as to teach specialized techniques.
The courses are organised as parallel block lectures, with the morning lectures taking place from 9:30 to 12:30 and the afternoon lectures from 14:00 to 17:00, including coffee breaks. There is also a free lunch each day included in your registration. Note that each course runs every day for five days either in a morning or afternoon slot.
To take part in the 53rd Graduate Days please register. (Registration opens during the last week of term.)
The Heidelberg Physics Graduate Days take place Im Neuenheimer Feld 226 and 227.
Places available: 0
| Maurice Morgenthaler, Casper van Veen Heidelberg University |
STUDENTS REPRESENTATIVES' WELCOME AND GET TOGETHER | INF 226 K1/2/3 |
| Thomas Mertens Ghent University |
SOLVABLE MODELS OF QUANTUM BLACK HOLES: AN OVERVIEW OF JACKIW-TEITELBOIM GRAVITY | INF 226 K1/2/3 |
| Benoît Mahault Max Planck Institute for Dynamics and Self-Organization |
THE STATISTICAL PHYSICS OF COLLECTIVE MOTION: EMERGENCE AND UNIVERSALITY IN ACTIVE MATTER | INF 227 HS 2 |
| Antonino Di Piazza University of Rochester / Max Planck Institute for Nuclear Physics |
QUANTUM ELECTRODYNAMICS IN THE HIGH-INTENSITY REGIME | INF 227 SR 2.403 |
| Liss Vázquez Rodríguez CERN / Max Planck Institute for Nuclear Physics |
HIGH-RESOLUTION LASER SPECTROSCOPY IN THE STUDY OF SHORT-LIVED EXOTIC NUCLEI | INF 227 SR 1.403/404 |
| Leif Schröder German Cancer Research Center |
INTERACTING SPIN POOLS FOR MOLECULAR DIAGNOSTICS WITH MAGNETIC RESONANCE | INF 227 SR 3.403/404 |
| Kenji Fukushima University of Tokyo |
PROVING EXTREME STATES OF QCD MATTER IN COMPACT STARS | INF 226 R 02.108 |
| Tobias Buck Heidelberg University |
MACHINE LEARNING AND DIFFERENTIABLE SIMULATORS FOR ASTROPHYSICS | INF 227 HS 2 |
| Nils Huntemann Physikalisch-Technische Bundesanstalt |
OPTICAL ATOMIC CLOCKS ENABLING NEW PHYSICS SEARCHES | INF 226 K1/2/3 |
| Ottmar Möhler, Larissa Lacher Karlsruhe Institute of Technology |
ATMOSPHERIC AEROSOLS AND CLOUDS IN THE CLIMATE SYSTEM | INF 227 SR 3.403/404 |
| Peer Fischer Heidelberg University |
NANOMOTORS FROM BIOPHYSICS TO NANOROBOTICS | INF 227 SR 1.403/404 |
| Niklaus Berger Johannes Gutenberg University Mainz |
TRIGGER AND DATA ACQUISITION | INF 227 SR 2.403 |
| Team d-fine d-fine, Frankfurt am Main |
TRANSFORMATION BY DISRUPTION: QUANTITATIVE METHODS IN THE ENERGY, BANKING AND TRANSPORTATION SECTOR | INF 226 R 02.108 |
| Marc Schuh, Thomas Hugle TNG Technology Consulting GmbH |
FROM PARTICLES TO PROGRAMS: NAVIGATING THE LEAP FROM PHYSICS TO SOFTWARE DEVELOPMENT | INF 227 HS 2 |
| Anton Zeilinger University of Vienna |
A VOYAGE THROUGH QUANTUM WONDERLAND | INF 308 HS1 |
