MARIA LÓPEZ JORGE / UNSPLASH / BEARB.: A. HEINZELMANN

7th-11th April, 2025

Welcome to the 54th 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 54rd 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.

Poster

54th Heidelberg Physics Graduate Days

Places available: 0

Welcome

Maurice Morgenthaler, Casper van Veen
Heidelberg University
STUDENTS REPRESENTATIVES' WELCOME AND GET TOGETHER INF 226 K 2/3
 

Morning

Jennifer Schober
University of Bonn
ORIGIN AND EVOLUTION OF COSMIC MAGNETIC FIELDS: AN INTRODUCTION TO DYNAMO THEORY INF 227 SR. 2.403
 
Stefano Liberati
SISSA (Scuola Internazionale Superiore di Studi Avanzati), Trieste
ANALOGUE GRAVITY: A PRIMER INF 227 SR. 3.403/404
 
Maurits Haverkort
Heidelberg University
HANDS-ON GROUND-STATE AND DYNAMICS CALCULATIONS FOR CORRELATED QUANTUM MATERIALS INF 227 HS 2
 
Maziar Heidari
Max Planck Institute of Biophysics, Frankfurt am Main
WHERE POLYMER PHYSICS MEETS BIOPHYSICS INF 227 SR.1.403/4004
 
Philip Sommer
TU Dresden
ELECTROWEAK PHYSICS AT THE LHC INF 226 K2/3
 

Afternoon

Renate Loll
Radboud University Nijmegen
NONPERTURBATIVE QUANTUM GRAVITY AND DYNAMICAL LATTICES INF 227 SR. 1.403/404
 
Elena Sellentin
Leiden University
ENTROPY, PATTERNS, EMERGENCE, AND AI IN A RANDOM UNIVERSE INF 227 HS 2
 
Juan Manuel Borrero, Gregory Fleishman, Petri Käpylä, Ivan Milic, Rolf Schlichenmaier,
Institute for Solar Physics (KIS), Freiburg
THE SUN: THE ROSETTA STONE OF ASTROPHYSICS INF 227 SR. 3.403/404
 
Matthias Weidemüller
Heidelberg University
ATOM-LIGHT INTERACTIONS INF 226 K2/3
 
Thomas Wagner
Max Planck Institute for Chemistry, Mainz
ATMOSPHERIC REMOTE SENSING: THEORY AND APPLICATIONS INF 227 SR. 2.403
 

Industry Lecture

Hans Jensen Lecture

Henk Dijkstra
Utrecht University
TIPPING PHENOMENA IN THE CLIMATE SYSTEM INF 308 HS1