IMPRS UFAST call for PhD applications is closed!

21 interdisciplinary doctoral PhD projects in the fields of ultrafast science and quantum materials were on offer. You can find the abstracts of the PhD projects below.

Positions:

Light-Matter Interactions

AC1 - Non-linear phononic control of ferroics
AC3 - Nonlinear Terahertz Spectroscopies of High-Temperature Superconductors
AR1 - Polaritonic Chemistry
AR2 - Cavity quantum electrodynamical control of material phases
AR3 - Band engineering of solids with intense light
AR5 & DK1 - Cavity quantum materials: from ab initio to models
AR6 - Ab-initio nanoplasmonics, light shaping, and light-induced dynamical correlations
AR7 - Pauli-Fierz quantum field theory and quantum-electrodynamical density-functional theory
FG1 - Laser-Streaking for Novel Time-of-Arrival Measurements of X-ray Photons and Ions
FK1 - Ultrabright and Ultrafast Terahertz Electron Guns
FK2 - Attosecond Science with Sub-cycle Pulses
NH1 - Understanding photo-excited reaction pathways in catalytic transition metal complexes with ultrafast X-ray spectroscopy
NR1 - Nonlinear resonant X-ray–matter interaction theory

Quantum Materials and Dynamics

AC2 - Ultrafast On-Chip Transport in Quantum Materials
AR4 - Unraveling Microscopic Origins of Phase Transition in Excitonic Insulator Candidates with Machine Learning Force Fields
GB1 - Theory of Excitons, Charged Excitons, and their Mutual Interactions in Moiré 2D Materials
JS1 & FM - Moiré quantum materials
PM1 - Non-Equilibrium Transport in High-Tc Superconductors
PM2 - Chiral electronic order: a rewindable twist for future electronics
PM4 - Dynamic Heat transport measurements in novel quantum conditions
PM3 - Quench control of quantum materials
PM5 - Exploring intrinsic orbital dynamics in Kagome metals
TH1 - Sensing of relativistic electrons with chip-integrated photonics