Group Theses

In case of interest, please check the web page and contact directly E. Resconi. 

• Kilian Holzapfel, Bioluminescence in the Pacific Ocean Neutrino Experiment: Shedding Light on the Deep Sea, TU München, Germany 2023 (pdf)
• Immacolata Carmen Rea, The Pacific Ocean Neutrino Experiment: feasibility study for a new Neutrino Telescope at Cascadia Basin, NE Pacific Ocean, TU München, Germany (pdf)
• Martina Stefanie Karl, Unraveling the origin of high-energy neutrino sources: follow-up searches of IceCube alert events, TU München, Germany 2022(pdf)
• Felix Henningsen, The self-monitoring precision calibration light source for the IceCube Upgrade, TU München, Germany 2021 (pdf)
• Stephan Meighen-Berger, Precision background modeling for neutrino telescopes, München, Germany, 2021(pdf)
• Theo Glauch, The Origin of High-Energy Cosmic Particles: IceCube Neutrinos and the Blazar Case,TU München, Germany, 2021 (pdf)
• Matthias Huber, Multi-Messenger correlation study of Fermi-LAT blazars and high-energy neutrinos observed in IceCube,TU München, Germany, 2020 (pdf)
• Andrea Turcati, Multimessenger searches for the sources of high energy cosmicrays: IceCube, Fermi, Auger, TA.,TU München, Germany, 2019 (pdf)
• Kai Krings, Search for Galactic and Extra-Galactic Neutrino Emission with IceCube, TU München, Germany, 2018, (pdf)
• Stefan Coenders, High-energy cosmic ray accelerators: searches with IceCube neutrinos, TU München, Germany 2016, (pdf)

• Anna Bernhard, Origin of IceCube's Astrophysical Neutrinos:Autocorrelation, Multi-Point-Source and Time-Structured Searches, TU München, Germany, January 2015 (pdf)
• Sirin Odrowski, High-Energy Neutrino Scan of the Galactic Plane, Max-Planck-Institut für Kernphysik, Ruperto-Carola University of Heidelberg, Germany, January 2012 (pdf)
• Yolanda Sestayo, Search for High Energy Neutrinos from our Galaxy with IceCube, Max-Planck-Institut für Kernphysik, Ruperto-Carola University of Heidelberg, Germany, May 2010 (pdf)
• Olaf Schulz, The design study of IceCube DeepCore: Characterization and veto studies, Max-Planck-Institut für Kernphysik, Ruperto-Carola University of Heidelberg, Germany, 2010 (pdf)

• Niklas Retza, The Pacific Ocean Neutrino Experiment: Advancements in the Optical Module Development for the First Detector Line of P-ONE, 2023 (pdf)
• Eva Laura Winter, The Pacific Ocean Neutrino Experiment: Photosensor Research and Qualification Setup Development, 2022 (pdf)
• Christopher Fink, Pacific Ocean Neutrino Experiment: Optical Case Studies for the Multi-PMT Module, 2022 (pdf)
• Jan-Henrik Schmidt-Dencker, Constraining New, Heavy, Long-Lived Charged Particles using the IceCube Neutrino Observatory, 2021 (pdf)
• Ruohan Li,  Development of STRAW-b: Strings for Absorption length in Water for Future Neutrino Telescope in Deep Pacific Ocean, 2020 (pdf)
• Christian Spannfellner, Development of pathfinder missions and instruments for the Pacific Ocean Neutrino Experiment, 2020  (pdf)
• Nikhita Khera, In-situ study of the ambient background at Cascadia Basin, Canada, for the Pacific Ocean Neutrino Explorer, 2019 (pdf)
• Tomas Kontrimas, Steps Towards an Improved Time-Integrated Point Source Search for the IceCube Neutrino Observatory, 2019 (pdf)
• Felix Henningsen, Optical Characterization of the Deep Pacific Ocean: Development of an Optical Sensor Array for a Future Neutrino Telescope, 2018 (pdf)
• Andreas Gärtner, Development of an optical sensor system for the characterisation of Cascadia Basin, Canada (pdf)
• Maximilian Kronmüller, Application of Deep Neural Networks on Event Type Classification in IceCube (pdf)
• Kilian Holzapfel, Testing the Precision Optical Calibration Modules in the Gigaton-Volume-Detector (pdf)
• Benedikt Krammer, Neutrino Point Source Analysis at the TXS 0506+056 Position with 9.5 Years of IceCube Data, July 2018 (pdf)
• Antonio Becerra Esteban, Design of the LED Driver for the Precision Optical CAlibration Module, Dezember 2017 (pdf)
• Konstantin Sabaß, Improved Photon Simulations for IceCube Gen2 Geometries, Dezember 2017
• Joost Veenkamp, from University of Amsterdam, A Precision Optical Calibration Module for IceCube-Gen2, Januar 2016 (pdf)
• Matthias Huber, Sensitivity Studies for Blazar StackingSearches with the IceCube Neutrino Observatory, Dezemeber 2015 (pdf)
• Christoph Raab, Event-based studies of PINGU sensitivity to dark matter models, work on-going in collaboration with Uppsala University, Dept. of Physics and Astronomy, Prof. Carlos de los Heros.
• Julia Leute, The IceCube Neutrino Observatory: Sensitivity to Atmospheric Neutrino Oscillations and Astrophysical Neutrino Point Sources in the Southern Hemisphere, Technical University Munich, Munich, Germany, April 2013
• Markus Voge, Time-Dependent Search for Astrophysical Neutrinos from Microquasar Cygnus X-3 using IceCube and AMANDA, Universität Hamburg, Hamburg and Max-Planck-Institut für Kernphysik, Heidelberg, Germany, December 2010 (pdf)
• Martin Wolf, Verification of South Pole Glacial Ice Simulations in IceCube and its Relation to Conventional and new Accelerated Photon Tracking Techniques, Max-Planck-Institut für Kernphysik, Ruprecht-Karls-Universität Heidelberg, Heidelberg, Germany, September 2010

• Alexandra Scholz, Dark Matter Annihilation in NGC 1068, 2023 (pdf)
• Martin Dinkel, Qualification of Temperature Sensors for the Pacific Ocean Neutrino Experiment for long-term Temperature Monitoring, 2022(pdf)
• Patrick Schaile, Blazar Stacking - Sensitivity Analysis for IceCube Neutrino Observatory, 2022(pdf)
• Kristian Tchiorniy, The Search for High Energy Neutrino Sources at the IceCube Neutrino Observatory: Interplay Between Diffuse and Sub-Threshold Signal, 2022(pdf)
• Martin Mocker, Calibration and Data Analysis for the Precision Optical Calibration Module, 2022(pdf)
• Tobias Kerscher, Investigation of Machine Learning Algorithms to Predict the Synchrotron Peak of Blazars, 2021(pdf)
• Kruteesh Desai, Solar Atmospheric High Energy Neutrinos and SACSim, 2021 (pdf)
• Anna Magdalena Schubert,  Limits on Astrophysical Neutrino Emission from IceCube Alert Positions, 2020 (pdf)

• Leonard Geilen, Development of a fully-automated calibration system for IceCube Upgrade fasher instrumentation, 2019 (pdf)

• Eva Laura Winter, Muon Tracker for the Second Pathfinder of the Pacific Ocean Neutrino Explorer, 2019 (pdf)
• Christopher Fink, Development of a LIDAR System for Characterizing the Optical Properties of Seawater at Cascadian Basin, 2019 (pdf)
• Maximilian Hoch, Simulation of the Signal Chain for STRAW, 2018 (pdf)
• Johannes Kager, Investigation on Applying Deep Learning Methods for Event Reconstruction in IceCube, 
• Christian Spannfellner, Realization of the "Precision Optical Calibration Module" prototype for the Gigaton Volume Detector Neutrino Telescope in Baikal, (pdf)
• Andreas Gärtner, Realization of the "Precision Optical Calibration Module" prototype for the calibration of IceCube-Gen2, 2016(pdf)
• Felix Henningsen, Realisierung des"Precision Optical Calibration Module"-Prototyps zur Kalibrierung von IceCube-Gen2, 2016(pdf)
• Nicola Soecker, Simulationen eines idealisierten optischen Präzisionskalibrations-Moduls für IceCube-Gen2, 2015(pdf)
• Maxim Sinner, Leptohadronic processes in astrophysics
• Juliane van Scherpenberg, Study of an improved coincident-muon splitting method for IceCube
• Kilian Holzapfel, Entwicklung eines Precision Optical CAlibration Moduls für IceCube-Gen2, 2015(pdf)
• Tobias Drohmann, Target of opportunity program based on IceCube high energy neutrino on-line alerts. August 2014 (pdf)
• Kevin Abraham, IceCube: Neutrinos on graphic cards. October 2014 (pdf)


• Lorenzo Caccianiga, LPNHE, Paris, France
• Shirit Cohen, GZK Neutrino Search with the IceCube Neutrino Observatory using New Cosmic Ray Background Rejection Methods, École polytechnique fédérale de Lausanne EPFL, Prof. M. Ribordy
• Sebastian Euler, Observation of atmospheric neutrinos with the IceCube Neutrino Observatory, RWTH Aachen, Prof. C. Wiebusch

• Dr. Kissmann, University of Innsbruck