Teaching

I have taught and supervised across three institutions (Cambridge, Heidelberg, Munich), delivered lecture series at international schools, and have a textbook in preparation with Cambridge University Press.

Books and lecture notes

• Lectures on the Standard Model with Fernando Quevedo (Cambridge University). Part III lectures held 2020–2022; under contract with Cambridge University Press for publication in early 2027. arXiv:2409.09211

• Lectures on de Sitter Vacua with Liam McAllister (Cornell University). Based on lectures held at TASI 2025 by L. McAllister; to be submitted to Physics Reports. arXiv:2512.17095

Lecture series at international schools

• Machine Learning Techniques in the String Landscape at the XX Avogadro Meeting on Strings, Supergravity and Gauge Theories (Naples, December 2024). Materials on GitHub.

University teaching

Ludwig-Maximilians-Universität München (2023–2025)

• AI Lab Course — supervisor guiding students in applying neural networks to solve PDEs in physics (SoSe 2024, SoSe 2025)
• String Theory I tutorials (WiSe 2024/25, Lecturer: PD Dr. R. Blumenhagen)
• String Theory I tutorials (WiSe 2023/24, Lecturer: Dr. R. Helling)
• Lunch Seminar series (WiSe 2023/24, Group: Prof. Dr. D. Lüst)

University of Cambridge (2019–2022)

• Standard Model example classes (Lent 2020–2022, Lecturer: Prof. F. Quevedo)
• Advanced Quantum Field Theory example classes (Lent 2021–2022, Lecturer: Prof. M. Wingate)
• Advanced Quantum Field Theory drop-in sessions (Lent 2021)
• Part III Seminar Series — supervisor and host (Michaelmas 2020)

Ruprecht-Karl University of Heidelberg (2015–2018)

• Quantum Mechanics (SoSe 2018, Lecturer: Prof. A. Hebecker)
• Electrodynamics (WiSe 2017/18, Lecturer: Prof. B. M. Schäfer)
• Mathematical Methods in Physics (SoSe 2016, Lecturer: Prof. M. Salmhofer)
• Classical Mechanics (WiSe 2015/16, Lecturer: Prof. M. Bartelmann)