Particle Collisions at High Energy
Collider experiments such as the Large Hadron Collider allow us to perform precision tests of the Standard Model of particle physics and search for new yet unknown particle species. In our group we develop theoretical tools for precision computations of collider observables. learn more
Dark Matter
Dark matter is a form of non-luminous matter, whose presence is inferred indirectly via the gravitational force it generates. Its nature and fundamental particle identity are yet unknown. In our group we investigate fundamental properties of dark matter based on quantum field theory techniques. learn more
Flavour Physics, Bottom and Top Quark Physics
The physical origin of the three families of fundamental particles is one of the least understood areas in particle physics and offers room for deep insights as well as precision tests. In our group we develop systematic effective field theory methods for observables related to heavy quarks. learn more
Cosmology
| Cosmology is a quickly evolving field, harbouring many exciting fundamental open questions such as the origin of accelerated expansion, structure formation and the origin of primordial density perturbations. In our group we study large-scale structure formation from Vlasov-Poisson dynamics and with effective theory tools. learn more |
You can find a list of publications from T31 in the INSPIRE HEP database
You can find information on master and bachelor thesis topics here