This PhD scholarship at KU Leuven is part of the CHIRALNANOMAT Doctoral Network (MSCA – Horizon Europe), a multidisciplinary collaboration involving 7 laboratories and 6 companies across 7 European countries. The Quantum Solid-state Physics (QSP) research unit, within the Department of Physics and Astronomy, specializes in experimental research on solid-state systems, focusing on quantum phenomena at atomic and microscopic scales. The project merges physics, chemistry, and biosciences to advance the synthesis and characterization of chiral metal nanoclusters, with applications in catalysis and biosensing. The doctoral candidate will investigate the self-organization of chiral monolayer-protected metal nanoclusters on inert surfaces, examining how annealing conditions, cluster size, and ligand type affect organization.

The research includes nonlinear optical characterization to correlate chiral optical properties with structural organization. Training will cover surface preparation using the Langmuir-Blodgett technique, structural analysis via atomic force microscopy and scanning tunneling microscopy, electronic characterization with scanning tunneling spectroscopy, and nonlinear optical characterization, particularly second harmonic generation. A secondment will provide theoretical modeling experience.

The position offers a stimulating environment at KU Leuven, a leading European university, and includes short research stays at TU Vienna, the Italian National Research Council (CNR, Pisa), and Furukawa Institute of Technology (Budapest). The CHIRALNANOMAT network provides cross-cutting expertise and skills through seminars, workshops, and secondments, preparing candidates for careers in nanoscience and nanotechnology. Applicants must have a Master’s degree in a relevant field, strong academic performance, English fluency, and comply with the MSCA mobility rule.

The position is fully funded, with salary, social security, and mobility allowance. KU Leuven values diversity and inclusivity, offering support for accessibility and equal opportunity.