- Theoretical nuclear physics
- Dynamical evolution of heavy-ion collisions
- Strong-interaction matter under extreme conditions
- Relativistic hydrodynamics and transport theory
- Open research software and data management
- High-level team work
Prof. Dr. Hannah Elfner (née Petersen)
Head of Transport and Experiment Simulations, Theory Department
GSI, KBW, room 2.14
phone: +49 6159 71 3068, email: firstname.lastname@example.org
Professor for Theoretical Physics, Goethe University
GSC, room 3|29
phone: +49 69 798 47652, email: email@example.com
Awards and Prizes
The JETSCAPE collaboration develops within the XSCAPE project running from 2020-2024 a general framework to model the evolution of different system sizes from e+e-, pp, pA to AA and at high to low beam energies. We are involved with the application of the hadronic transport approach SMASH to all non-equilibirum stages with hadronic degrees of freedom.
Within the newly formed cluster initiative ELEMENTS the group investigates the equation of state of dense nuclear matter and how this is constrained from heavy-ion collisions. There are more than 20 project leaders from Frankfurt, Darmstadt, GSI and Gießen involved to explore the universe from microscopic to macroscopic scales.
The CRC-TR-211 "Strong-interaction matter under extreme conditions" running since 2017 is a collaboration between the universities in Frankfurt, Darmstadt and Bielefeld. We are involved in the project B02 "Collective dynamics in nuclear collisions", B03 "Spin-magnetohydrodynamics" as well as Z02 "Software development center". In particular the data management policy is adapted also for all other projects within the group.
The SinoGerman project "Exploring the QCD phase transition in relativistic heavy-ion collisions with fluctuations of conserved charges and machine learning" is a collaboration between the experimental groups of Prof. Blume (CBM and HADES) at Goethe University and Prof. Luo (STAR) as well as the theory groups of Prof. Wang and Prof. Pang at Central China Normal University Wuhan.
The Strong 2020 program contains a European network NA7-Hf-QGP to establish improved means for experiment-theory comparison in heavy-ion collisions. The focus is on charm physics and the idea is to use HEPMC with RIVET analysis to compare theoretical calculations to experimental data on HEPDATA.