Funding period III (2025 - 2028): Completed doctoral theses

N01 - Neutrinoless Double Beta Decay: Realizing LEGEND-1000

N02 - The First Oscillation Results from IceCube

N03 - Confronting Neutrino Experiments with Model Building and Cosmology

N07 - Coherent Neutrino Scattering: First Results from NUCLEUS

D01 - Dark Matter Direct Detection: Exploring the MeV/c2 Mass Range

D02 - Challenging Dark Matter at Colliders

D03 - Challenging Dark Matter through Neutrinos

D04 - Quantum Effects in Dark Matter Physics

D06 - Phenomenology of Light Dark Matter

M03 - The Diffuse Supernova Neutrino Background: Theoretical Predictions, Astronomical Observations, and JUNO Perspectives

M05 - Particle Physics in Supernovae

M07 - Hyperons and Axions in Neutron Stars

M08 - Cosmic Neutrino Sources: Optimization Strategies for P-ONE

M09 - Many-body Interactions in Neutron Stars

M10 - Gamma-ray Neutrino Connection with a Focus on Active Galactic Nuclei