Design and implementation of laser-based studies of ultrafast processes in chiral matter, with emphasis on chiroptical observables
Development of few-femtosecond light sources, including a high-repetition-rate VUV (< nm) source with variable polarisation
Operation, commissioning, and maintenance of advanced experimental instrumentation, including ultrafast laser systems and vacuum-based detection setups
Development and integration of novel measurement techniques, including charged-particle detection schemes for photoelectron circular dichroism (PECD)
Acquisition, processing, and analysis of experimental data, supported by numerical modeling and literature-driven contextualisation
Preparation of scientific publications and technical reports