I am investigating effective electromagnetic interactions of neutral states such as dark matter which could lead to signals in direct detection experiments constraining BSM models.
Gravitational lensing, in particular strong lensing in the framework of time delay cosmography using Wendelstein Observatory 2M data.
Photon and neutron detection with gaseous detectors, enhance detection efficiency for X-Ray and Gamma tracking with extended drift geometries.
Study of galaxy populations (passive and star forming galaxies) in cluster samples to search for differences in those populations that correlate with the merger state.
Our group is currently setting up the PERC instrument at the FRM II. My main contribution is designing a scintillation detector to measure electrons of backscattering events.
Consequences of compact objects made of dark matter in terms of detectable signals based on the interaction between the visible and dark sectors.
MPP
Dr Jakob Christoph Ehring
ehring@mpp.mpg.de
Neutrino Flavor Conversions and Supernova Explosions
PhD Student
Raffelt
ODSL
Dr Martin Ha Minh
ha.minh@origins-cluster.de
Neutrino Oscillation Studies with IceCube Upgrade
PhD Student
Caldwell
Field-level analysis for cosmological galaxy surveys.
