We are a theoretical physics group in the Institute for Nuclear Physics at Mainz University. Our research focuses on electroweak precision physics. We aim to get precise theoretical predictions for a range of low-and high- energy observables from current and upcoming experiments. These predictions are essential for testing the Standard Model and searching for physics Beyond the Standard Model. For further details on our ongoing projects, please refer to the sections below:

1. Implications of Recent Experimental & Theoretical Results on Electroweak Precision Tests

2. Review of particle physics

3. Simultaneous extraction of the weak radius and the weak mixing angle from parity-violating electron scattering on C12

For more refer INSPIREHEP https://inspirehep.net/authors/1010642

1. SS 2021 Graduate General Relativity

2. WS 2021/22 Undergraduate Mathematical Methods

3. SS 2022 Undergraduate Classical Mechanics

4. WS 2022/23 Undergraduate Classical Electrodynamics

5. SS 2023 Graduate General Relativity

6. WS2023/24 Graduate Symmetries in Physics

7. SS 2024 Graduate Data analysis and Statistics

8. WS 2024/25 Undergraduate Mathematical Methods

9. SS 2025 Undergraduate Classical Mechanics

10. WS 2025/26 Undergraduate Classical Electrodynamics

11. SS 2026 Graduate Relativistic QFT


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