Physics & Management · Quantum Control · Technical Sales
Ulm, Germany
I’m completing my master’s degree in Physics and Management at Ulm University.
Expected graduation: December 2026, expected grade 1.3.
My thesis focuses on Parallel Tempering Optimal Control Simulations for Quantum Computing.
Targeting Technical Sales Engineer roles internationally, starting January 2027.
Coursework completed · Master’s thesis in progress
I use Python, NumPy/SciPy, QuTiP and Git for my thesis, MATLAB for data analysis, and TypeScript for web applications.
Languages: German – native, English – fluent
...you'll probably find me rock climbing or traveling
Reach out to me via email or on LinkedIn.
Expected graduation: December 2026, expected grade: 1.3
Ulm University · Oct 2024 - Present
Python project implementing Replica-Exchange Monte Carlo algorithms to optimize quantum gate operations in multi-qubit systems.
Scientific programming, numerical optimisation, and comparison of simulation results.
Statistical mechanics and physics-based models applied to financial markets, wealth distributions, and complex economic systems — including the Black-Scholes model for option pricing
Applying mathematical models from physics to economic systems.
Game theory foundations: Nash equilibria, strategic decision-making, mechanism design, and optimization in competitive environments
Analysing strategic interactions using game-theoretic models.
Coherence and decoherence of massive particles, atom and large-molecule interferometry, coherent atom-optical beam splitters and gratings, and matter-wave interferometers as precision probes of inertial forces, gravity, and the quantum-to-classical boundary
Understanding matter-wave interference and its experimental applications.
Financial models for valuing assets, including portfolio theory, risk-return tradeoffs, derivative pricing, and market equilibrium models
Understanding quantitative models for asset valuation.
Spin dynamics, NMR spectroscopy principles, relaxation mechanisms, and applications in chemistry and medical imaging
Understanding spin dynamics and the principles of magnetic resonance.
Nuclear fission, fusion, reactor design, radiation protection, and energy and medical applications — including an on-site visit to a nuclear power plant
An overview of nuclear technologies, complemented by a power plant visit.
Machine learning, data mining, and distributed computing frameworks for processing and analyzing large-scale datasets
Understanding methods for analysing large datasets.
Economic models of information asymmetry, signaling, screening, moral hazard, and adverse selection
Understanding how information asymmetry influences markets and incentives.
In-depth analysis of selected Nobel Prize-winning research in physics, with the opportunity to meet and discuss directly with several Nobel laureates in physics
Presenting and discussing scientific research.
Fourier optics from its mathematical foundations to applications: diffraction integrals, Fresnel and Fraunhofer diffraction, 4f systems and optical filtering, coherence, and holography
Describing diffraction and imaging with Fourier methods and presenting a seminar topic.
Entrepreneurship course covering ideation, business model development, lean startup methodology, and pitching an original business concept to an investor community
Developing a business concept and practising its presentation.
Statistical methods for predictive modeling and causal inference including regression, Bayesian analysis, and experimental design
Distinguishing prediction from causal explanation in data analysis.
Physical principles behind X-ray, CT, MRI, ultrasound, and PET, including image reconstruction algorithms
Understanding the physical principles of medical imaging.
How mechanical forces influence biological processes — cell mechanics, tissue engineering, and biomaterial interactions
Understanding how mechanical forces affect biological systems.
Ulm University · Oct 2020 – Oct 2024
For Upwork projects, I handled client acquisition and project coordination, working with a development partner on the technical implementation.
Taught physics and mathematics to secondary school and undergraduate students.
Internship at Dietrich Rechtsanwalts GmbH in Vienna
Investigating optimisation methods for quantum gate control, including how changes to the cost function affect the search through complex control landscapes.
A research study examining quantum sensor technology from both physical and economic perspectives — covering different quantum sensors and market dynamics of the emerging quantum sensing industry.
Design, construction, and characterization of a TIRF (Total Internal Reflection Fluorescence) microscope for single-molecule FRET measurements at Ulm University's Institute of Biophysics.
An interactive N-body simulation in JavaScript and HTML Canvas, with controls for masses, simulation speed, trails, and camera rotation.
The model uses internal units and approximate physics: a Paczyński–Wiita potential near the black hole, Newtonian gravity between other bodies, and an illustrative lensing effect. It is not a general-relativistic calculation or a quantitatively calibrated astrophysical prediction.
Outside university, I enjoy climbing, alpine tours, and independent travel. These are some places and moments that have stayed with me.
Three weeks across Kenya and Tanzania. Traveling independently through remote regions in a rental car, without fixed itineraries or guided tours.
Beyond wildlife, the route covered ground few itineraries reach — the Laetoli footprints, a night at Lake Natron, evenings in Maasai villages. Planned independently, navigated mostly offline.
The Nadelhorn above Saas-Fee is a classic alpine 4,000er in the Alps — a long route combining glacier, light rock climbing and a beautiful summit snow ridge.
The tour combined a glacier crossing, alpine rock, and a long summit ridge.
I have been climbing since the age of ten, and now do so regularly on a weekly basis. Most weekends I climb in the Blautal valley near Ulm, a limestone crag in the forest. The combination of physical movement, technical problem-solving, and time spent outdoors keeps the sport interesting to me long-term.
Climbing remains a fixed part of my weekly routine.
Oman left the strongest impression of any country on the peninsula. The border crossing from the UAE marks a clear break in development philosophy — the same oil wealth, distinctly different priorities. Where the Emirates focus on scale and modernisation, Oman has deliberately preserved its historical character.
What stayed with me most were the landscapes, conversations, and hospitality along the route.
Iraq is one of the most historically layered countries I have visited — and in international perception, one of the least known. The traces of war in the Land of the Two Rivers are clearly visible, as is everything that has outlasted them.
Conversations started everywhere — teahouses, roadsides, shared meals. A country shaped by hard recent history, where people still meet visitors with remarkable openness.
Maasai Tribe performing the traditional jumping dance in Tanzania
