Frankfurt Rhine-Main Metropolitan Area
M. of Sc. Physics: Specialized on theoretical particle physics, general relativity, classical and quantum field theory, Loop calculations. Work experience: Teaching assistant in several lectures on theoretical and experimental physics Member of B1 Collaboration at Mainzer Mikrotron MAMI Strengths: enthusiasm, communication skills, problem solving | creativity, analytical thinking, Mathematica/Python/Linux
- Research on scalable training data attribution methods - Expanding my expertise from foundational research to industry-ready applications - Pursuing a dual approach that integrates AI alignment research and theoretical physics - Collaborating with the Timaeus team to develop robust and trustworthy AI systems
Curious about where research will guide me :-)
Lecturer: Prof. Dr. Concettina Sfienti I supervised a group of students for the lecture experimental nuclear and particle physics. My main tasks were to correct the exercise sheets, to discuss the solutions in class and to answer/discuss questions.
My task during the shifts is to configure the electron beam of the particle accelerator MAMI according to the wishes of the experiment, e.g. position or intensity. In addition, I perform maintenance and repairs that occur during operation. E.g. magnets have to be calibrated or defective devices have to be repaired/replaced. Interruption due to semester abroad in Université de Toulouse III Paul Sabatier.
I am working on the research project "Sandbag Detection through Model Degradation," which aims to detect strategic underperformance in AI systems. This involves identifying systems that intentionally perform worse than they could. The background is that developers of modern AI systems could attempt to circumvent regulations. In critical areas such as biology, chemistry and atomic weapons, it is essential to identify underperformance to prevent potential dangers.
My task during the shifts is to configure the electron beam of the particle accelerator MAMI according to the wishes of the experiment, e.g. position or intensity. In addition, I perform maintenance and repairs that occur during operation. E.g. magnets have to be calibrated or defective devices have to be repaired/replaced.
Lecturer: Prof. Dr. Sonja Bacca I supervised a group of students for the lecture theoretical quantum mechanics. My main tasks were to correct the exercise sheets, to discuss the solutions in class and to answer/discuss questions.