Cosmological simulations to study galaxy groups and clusters in evolution. Also, expertise in mocking observational campaigns in X-ray, optical and near-IR spectroscopy.
My research expertise is in high-energy particle physics phenomenology, with a specific emphasis on processes involving heavy-quark production at the LHC. The overarching goal of my work is to…
My research interests lie at the interface between theoretical high-energy physics and primordial cosmology. I see the early Universe as the ultimate laboratory where high-energy theories can be…
Christoph Hoyer investigates the extent to which physics learning can be supported by augmented and virtual reality technologies. As part of the Origins initiative, he works at the Center for ORIGINS…
theoretical particle physics, beyond the standard model, collider physics, dark matter
I am part of the ALICE Collaboration, studying particle production and interaction in small systems via femtoscopy, currently, focusing on the ρ-p interactions, with interest in ML for source studies.
String theory, conformal field theory, topological field theory, supersymmetry
Theoretical Particle Physics, including Dark Matter and the Early Universe. Effective Field Theory and perturbative factorization for the strong & electroweak interaction. Quantum Field Theory…
Full spectral analysis of star-forming galaxies using evolutionary population synthesis models derived from star formation & chemical histories, single-burst models and machine learning…
