26 Interdisciplinary PhD projects in Ultrafast Science

 Call for applications for PhD student positions is CLOSED!

 

Open positions:

AC1-Light control of superconductivity in organic superconductors

AC2-Nonlinear control of Josephson Plasma Waves

AC3-Light-induced superconductivity in YBa2Cu3O6+x high-TC superconductors

AP1-Time-resolved structural biology to study enzyme mechanism

AR1-Dynamical properties of solids

AR2-Dissipation and decoherence in strong light-matter coupling

AR3-Dynamic controlling of topological properties via Phonon and Magnon

AR4-Topology with Light

AR5-Maxwell-TDDFT nanoplasmonics and structured light shaping 

AR6-Cavity engineering of 2D twisted materials

CB1-Structural Dynamics of Molecular Complexes with pulsed X-Rays

DK1-Ultrafast X-ray tracking of solvent-mediated charge transfer and metallophilicity in polynuclear transition metal complexes

FK1-Attosecond Science in the Water Window

FK2-Terahertz based ultrafast, ultralow emittance electron guns

GB1-Coherent and non-coherent dynamics of excited states  in 2D materials

GM1-Structural dynamics of multiferroics

HC1-Lensless imaging using coherent electrons

HC2-Compton X-ray Microscopy

JK1-Laser-induced electron diffraction of chemical dynamics

JK2-Recording the molecular movie of chemical dynamics through coherent x-ray diffractive imaging of fixed-in-space molecules

MR1-Water at interfaces: Nuclear quantum effects in and out of equilibrium

MS1-Cavity-to-Floquet crossover in quantum materials

MS2-Floquet twistronics in 2D materials

MS3-Ab initio dynamical correlations and their spectroscopic fingerprints in 2D quantum materials

NH1-Elucidation of molecular structure, reaction dynamics and function by time-resolved X-ray and optical methods

TL1-Time resolved crystallography of photoenzymes: protein-mediated catalysis at chemical resolution

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