applicationContext = Production

Funding period II (2021 - 2024): Completed doctoral theses

N01 - Neutrino mass and nature: neutrinoless double beta decay - towards LEGEND-1000

Comellato, Tommaso
Doctoral thesis, TUM (2022)
Bossio, Elisabetta
Doctoral thesis, TUM (2022)

N02 - Neutrino mass and mixing: at the intersection between IceCube and JUNO

N03 - Confronting neutrino mass models with cosmology and terrestrial experiments

N04 - Determination of neutrino mass with KATRIN

D01 - Dark matter direct detection: deciphering signals at ultra-low energy

D02 - Challenging dark matter models at colliders

Stelzl, Stefan
Doctoral thesis, TUM (2022)

D03 - Dark matter indirect detection: phenomenology and searches with IceCueb

Herrera Moreno, Gonzalo
Doctoral thesis, TUM (2023)

D04 - Quantum effects in dark matter processes

Taule, Petter
Doctoral thesis, TUM (2022)

D07 - Antinuclei from dark matter?

M01 - Multi-messenger searches for high energy neutrino counterparts

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

M05 - Particle Physics in Supernovae

M07 - Stellar matter: hyperons and axions in neutron stars

Ponnath, Lukas
Doctoral thesis, TUM (2023)
Springmann, Konstantin F.
Doctoral thesis, TUM (2023)

M08 - New direction in multi-messenger astronomy: IceCube-Gen2 and the Pacific Ocean Neutrino Experiment