Investigate hot and dense quantum chromodynamic matter through heavy-ion and high-energy particle collisions. The programme connects jets, heavy flavour, quarkonia and electromagnetic probes with collective behaviour across collision-system sizes. It examines the QCD phase diagram, lattice calculations, neutron stars and nonequilibrium dynamics, alongside machine learning, artificial intelligence and detector instrumentation. Researchers and students will discuss how these experimental and theoretical approaches support emerging electron–proton and electron–ion physics opportunities. 13 Decem
In Nuclear Physics and Physics
Ore Gottlieb’s group studies compact objects and high-energy transients through general-relativistic magnetohydrodynamic simulations, analytical models and multimessenger predictions. Topics include black holes, neutron stars, collapsars, stellar explosions, compact-object mergers, gamma-ray bursts, nucleosynthesis and gravitational waves. The researcher can develop independent projects and use leadership-class computing allocations. The benefits-eligible appointment is for two years with a possible third year, beginning flexibly in summer or autumn 2027. Salary is $73,308–$90,000. Application