Call for PhD applications 2025/2026 is now closed
29 interdisciplinary doctoral PhD projects in the fields of ultrafast science and quantum materials were on offer. You can find the abstracts below.
Light-Matter Interactions
AC1 - Coherent control of ferroic phenomena
AR2 - Cavity quantum electrodynamical control of material phases
AR3 - Band engineering of solids with intense light
AR4 - Polaritonic Chemistry in Plasmonic Cavities
AR5 - Cavity spectroscopy for correlated systems
AR6 - Ab-initio nanoplasmonics, light shaping and light-induced dynamical correlations
FC1 - Spin-resolved dynamics induced by ultrafast rotating current in chiral molecules
FK1 - THz generation in Lithium Niobate studied with UED
JM1 - MHz Dynamics at molecular length scales using a new detector system
JW1 - Development and testing of strategies for GHz-XPCS experiments at European XFEL
TH1 - Sensing of relativistic electrons with chip-integrated photonics
TH2 - Chip-integrated ultrafast sources at visible wavelengths
Quantum Materials and Dynamics
AC2 - Ultrafast Nonlinear Electrical Driving of Quantum Materials
AC3 - Investigating the magnetic properties of Light Induced Superconductors
GB1 - Novel Ab-Initio Methodology for Trions and Biexcitons in Moiré and Janus 2D Materials
JS1 & FM - Moiré quantum materials
MR1 - Non-adiabatic nuclear dynamics for charge excitations at molecular-2D interfaces
NH2 - Nonlinear IR-THz spectroscopy of phonon- and spin dynamics in topological insulators
PM1 - Non-Equilibrium Transport in High-Tc Superconductors
PM2 - Chiral electronic order - a rewindable twist for future electronics
PM3 - Quench control of quantum materials
PM4 - Dynamic Heat transport measurements in novel quantum conditions
PM5 - Exploring intrinsic orbital dynamics in Kagome metals