Interested in joining SDU on a MSCA fellowship?
PHY_Physics
Professor Astrid Eichhorn
It is a critical challenge to connect quantum gravity theories to observations. The aim of this project is to do and explore the imprints of quantum gravity in experimental data, most importantly in particle physics and in black holes.
PHY_Physics
Associate Professor Roman Gold
Possible projects are available in GRMHD simulations of single and binary black holes, (polarized) radiative transfer / ray tracing of the former, model fitting in a VLBI context (mostly Bayesian methods), and gravitational wave source modeling with the tools of numerical relativity. Projects beyond Einstein’s theory of gravity are also possible.
CHE_Chemistry
Associate Professor Erik Donovan Hedegård
Our hypothesis in this project is that the LPMO mechanism has remained elusive because existing theoretical studies considered too few LPMO families and lacked an accurate theoretical methodol-ogy. The project will therefore develop new electronic structure methods for metalloproteins.
ENV_Environmental and Geosciences
MAT_Mathematics
Associate Professor Yuri Goegebeur
In the project it is the intention to go beyond this classical setup of independent observa-tions and study the estimation of risk measures based on time series data.
CHE_Chemistry
ENV_Environmental and Geosciences
LIF_Life Sciences
PHY_Physics
SOC_Social Sciences and Humanities
Associate Professor Jamileh Javidpour
I am captivated by the astounding ability of gelatinous zooplankton to usurp the top predator position and initiate a bloom, which is why I am extending an invitation to ambitious MSC candidates to join my team.
ENV_Environmental and Geosciences
Associate Professor Cintia Organo Quintana
This project will contribute to advance research on blue carbon and enable decision-making, providing reliable carbon calculations at national levels by accounting for degradation of stored blue carbon and the associated release of CO2, CH4, and N2O.
LIF_Life Sciences
Associate Professor Kim Ravnskjaer
In the proposed project, we combine single-cell and imaging-based, spatial transcriptomics to study molecular changes in the two broader cell populations in human disease with a focus on cellular interactions and regulation of nutrients supply.
Last Updated 27.07.2024