Research
Overview
The group focuses on exploring extensions of the Standard Model (SM) of particle physics, aiming to
address fundamental questions that remain unanswered by the SM. The key research areas include:
Extended Higgs Sectors
- Investigating models that propose the existence of multiple Higgs bosons beyond the single Higgs particle predicted by the Standard Model.
- Studying the properties and interactions of these Higgs bosons within these extensions.
Search for Additional Particles
- Exploring theoretical predictions of extra particles, such as additional gauge bosons, scalar leptoquarks, and supersymmetric (SUSY) partner particles.
Precision Calculations in
Extensions of the Standard Model
- Applying perturbative methods, since exact calculations are out of reach.
- Performing next-to- or next-to-next-to leading order (NLO or NNLO) corrections for precise theoretical predictions.
- Renormalizing extensions of the Standard Model in order to define the parameters consistently at quantum level.
- Addressing the treatment of very heavy particles in phenomenological studies.
Through these investigations, the group aims to deepen our understanding of fundamental particle interactions and provide insights into potential new physics Beyond the Standard Model (BSM).