Bachelor Thesis

  Copyright: © Alexander Mueck

You like theoretical physics and you want to get into touch with elementary particle physics or cosmology in your bachelor thesis? If you want to write your bachelor thesis at the TTK during the summer term, you will get all necessary information during the Tag der Physik in January, this year on Friday January 28, 2022. Prof. Krämer and Prof. Lesgourgues will introduce the research topics at TTK via zoom at 9.30am. More details about possible bachelor thesis projects are presented via zoom at 2pm. (The zoom links are available via the Moodle room of the Tag der Physik.) Also the details on how to apply for a bachelor thesis at the institute are given. However, you can also contact us via email.

Below you find the thesis topics in particle physics, astroparticle physics, and cosmology for summer term 2022:

• Automatic construction of effective field theories (Harlander) (More Information)
• Asymptotic expansions and the Gradient-Flow (Harlander) (More Information)
• Feynman diagrams as a parlor game (Harlander) (More Information)
• Schemes for γ₅ (Harlander) (More Information)
• The classification of gamma-ray sources with Gaussian processes (Krämer) (More Information)
• Quantum machine learning (Krämer) (More Information)
• Searching for new physics at the LHC with machine learning (Krämer) (More Information)
• Cosmic rays from primordial black hole evaporation (Krämer) (More Information)
• Synchrotron emission from Galactic cosmic ray electrons and positrons (Krämer) (More Information)
• Formal comparison between the emission of electromagnetic and gravitational radiation (Lesgourgues) (More Information)
• Playing with the map of CMB anisotropies (Lesgourgues) (More Information)

• N-body simulations with decaying modes / modified gravity (Lesgourgues) (More Information)

• Machine Learning techniques to emulate non-linear cosmological observables (Lesgourgues) (More Information)

• Study of variational techniques for Bayesian parameter estimation (Lesgourgues) (More Information)

• Cosmic rays on GPUs (Mertsch) (More Information)

• A galactic flux of high-energy neutrinos (Mertsch) (More Information)
• The ionisation puzzle and a statistical model of molecular clouds (Mertsch) (More Information)
• Lorentz Invariant Phase-Space Integrals (Worek) (More Information)
• ttbarH at the LHC (Worek) (More Information)

Contact:

• Prof. Harlander
• Prof. Krämer
• Prof. Lesgourgues
• Prof. Mertsch
• Prof. Worek