Teaching

Lectures on Machine Learning Techniques in the String Landscape at XX AVOGADRO MEETING on Strings, Supergravity and Gauge Theories, see the corresponding GitHub repository

“TASI Lectures on de Sitter Vacua” in collaboration with Liam McAllister (Cornell University)
- Lectures held by Liam McAllister at TASI 2025.
- Preliminary version can be found on official TASI 2025 website: link
- e-Print: to appear
“Cambridge Lectures on The Standard Model” in collaboration with Fernando Quevedo (Cambridge University)
- Part III lectures on the Standard Model of particle physics held 2020 to 2022
- Publisher: under contract with Cambridge University Press for publication in early 2027
- e-Print: 2409.09211 [hep-th]

Summer term 2024/25: Supervisor of an experiment in the AI Lab Course, guiding students in applying neural networks to solve partial differential equations in physics.
Winter term 2024/25: String Theory I tutorials (Lecturer: PD Dr. R. Blumenhagen)
Winter term 2023/24: String Theory I tutorials (Lecturer: Dr. R. Helling) and Lunch Seminar series (Group: Prof. Dr. Lüst).

Lent term 2020/21/22: Standard Model example classes (Lecturer: Prof. F. Quevedo, co-author of lecture notes, click https://arxiv.org/abs/2409.09211 (to be published as book with Cambridge University Press in 2026/27))
Lent term 2021/22: Advanced Quantum Field Theory example classes (Lecturer: Prof. M. Wingate)
Lent term 2021: Drop in sessions Advanced Quantum Field Theory
Michaelmas term 2020: Supervisor and Host at the Part III Seminar Series

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