Jonas Stadelmann

I’m Jonas Stadelmann, a theoretical physics- and mathematics-oriented student studying automation and mechanical engineering at HTL Bregenz with a deep interest in pure mathematics, mathematical modelling, analytical methods and quantum algorithms. I’m fascinated by how abstract analytic derivations and computational methods can reveal new structures in physical and structural systems — from field-theory questions about phase transitions to variational approaches for quantum many-body problems. My research experience includes projects on thermodynamic measurement systems, studies of electroweak phase transitions, and simulations of ADAPT-VQE, carried out during internships at the University of Applied Sciences Vorarlberg, the Karlsruhe Institute of Technology and Virginia Tech.

I program primarily in Python and build numerical toolchains for modelling, simulation and data analysis. My current work sits at the interface of rigorous mathematics, algorithm design and high-performance computation: deriving models, implementing them efficiently, and using simulation results to test hypotheses or refine theoretical approaches. While I have hands-on experience with experimental hardware and CAD, my main focus is on rigorous theory and numerical approaches.

I enjoy mentoring and teaching as a research co-coach within the First Lego League competition. In that role I guide student teams to formulate research questions, develop solutions through a scientific process to solve complex problems, and craft clear, evidence-based presentations for judges.

 If you’re interested in collaborations on mathematics (pure and applied), theoretical modelling, quantum algorithms, or numerical methods, I’d love to connect.

curriculum vitae