Teaching
PhD / Master / Bachelor Theses
Video to present the group to Bachelor students at RUB (in German).
Here is a list of example Bachelor theses at the AIRUB.
Completed PhD Theses in the group:
- "Multi-messenger modeling of blazar spectral energy distributionsDissertation" Anastasiia Omeliukh, 2025
- "Development of the Filter Adapter for Polarization Measurements with the Large Array Survey
Telescope and Analysis of Initial Observational Data", Sven Weimann, 2025
Completed Master Theses in the group:
- "Calculation of possible high-energy neutrino emission of Fast Blue Optical Transients and
Core Collapse Supernovae and comparison to IceCube sensitivity", Yannik Pospiech, 2025
- "Core-Collapse Supernovae Harboring Choked Jets: Compilation of a Catalog of Potential
Source Candidates to Investigate the Related High-Energy Neutrino Production", Satnam Singh, 2025
- "Numerical predictions of gamma-ray burst neutrinos from the prompt
emission phase based on a proton-synchrotron model", Jannik Teuchert, 2025
- "Laboratory Measurement of Direct Muon Signals in IceCube Upgrade Modules to
Study Impact for Muon Track Reconstruction", Simon Pick, 2025
- "Analysis of simulated ULTRASAT data to study the feasibility for
kilonova detection", Maurice Weigelt, 2024
- "Analysis of the Parameter Space of Leptonic Blazar Radiative Models with Simulated and
Observational Data", Frederike Apel, 2024
Completed Bachelor Theses in the group:
- "Likelihood analysis to determine the upper
limit curve on the thermally averaged dark
matter annihilation cross-section using
gamma-ray observation of the dwarf galaxy
Ursa Major III.", Jan Luca Hanke, 2025
- "Search for Gamma-Ray Emission from Seyfert Galaxies
with Fermi-LAT Data Analysis", Aathira Sivakumar, 2025
- "Studying Simulated IceCube Neutrinos to Identify Tracers of Poorly
Localized Events", Swatti Swatti, 2025
- "nalyzing Spatio-temporal Correlations between Fermi-LAT
Gamma-ray Sources and the IceCube Neutrino Catalog IceCat-2,",
Franka Krapiau, 2025
- "Analysis of Overlapping High-Energy Neutrino Events from the IceCube Alert Track
Catalog", Maria-Irina Mociu, 2025
- "Search for Gamma-Ray Emission from
Close-By Supernovae by Analysing
Fermi-LAT Data", Warot Petthongchai, 2025
- "Analysis of Simulated IceCube data
to Study the Performance of a Novel
Reconstruction Technique", Lana Unterkötter, 2025
- "Analysis of Very Long Baseline
Interferometric Data of the IceCube
Neutrino Source Candidate Blazar GB6
J1542+6129", Breshna Hadi, 2025
- "Observation and analysis of flatfield images for the
optimal configuration of a widefield polarisation
telescope", Lotte-Malin Lamotte, 2024
- "Analysis of Polarization Data of Active Galaxies
to Estimate the Detection Prospects of the
Large Array Survey Telescope Polarimeter", Leon Krampe, 2024
- "Analysing Simulated IceCube Neutrino Track Events to Evaluate Different
Methods of Angular Uncertainty Estimation", Nisa Eyilmez, 2024
- "Simulations and Analysis of Multi-Wavelength Time Series from
Blazars and Their Correlation", Julia Baßier, 2024
- "Study of LAST's capability for detection of optical counterparts
to IceCube neutrino alerts", Tianyu Zhao, 2023
- "Search for Correlations of Neutrino Hotspots
in the 7-Year IceCube Sky Map with the 5th Edition
of the ROMA-BZ Catalogue of Blazars", Simon Pick, 2023
- "Study of Hydrogen-Poor Superluminous Supernovae as Candidate Sources for High-Energy
Neutrinos", Yannik Pospiech, 2023
- "Search for High-Energy Neutrinos
from Supernova iPTF14hls", Andreas Willeke, 2022
- "Modeling the leptonic origin of the
low-frequency emission from blazar
PKS 1502+106", Frederike Apel, 2021
Lectures
- SS2026, Presentation Skills, RUB
- SS2026, Interstellar Medium, RUB
- SS2026, Astroparticle Physics, RUB
- WS2025/26, Python for Physicists, RUB
- WS2025/26, Grundlagen der Astronomie, RUB
- SS2025, Presentation Skills, RUB
- SS2025, Interstellar Medium, RUB
- SS2025, Astroparticle Physics, RUB
- WS2024/25, Python for Physicists, RUB
- WS2024/25, Grundlagen der Astronomie, RUB
- SS2024, Astroparticle Physics, RUB
- WS2023/24, Python for Physicists, RUB
- WS2023/24, Grundlagen der Astronomie, RUB
- SS2023, Astroparticle Physics, RUB
- WS2022/23, Python for Physicists, RUB
- WS2022/23, Grundlagen der Astronomie, RUB
- SS2022, Astroparticle Physics, RUB
- WS2021/22, Grundlagen der Astronomie, RUB
