Theses

Kraxberger, V.
Upgrade of ASACUSA’s Antihydrogen Detector
M. Sc. thesis, Vienna University (2022)

Weiser, A.
A low energy proton source for ASACUSA’s matter studies
M. Sc. thesis, Vienna University (2020)

Lanz, A.
Hydrogen Hyperfine Structure Measurements using the sigma1- and pi1-Transitions: Evaluation & Correction
M. Sc. thesis, Vienna University (2019)

Kolbinger, B.
Machine Learning for Antihydrogen Production in ASACUSA
Ph. D. Thesis, Vienna University (2019)

Fleck, M.
The development of a fibre detector and advanced data acquisition for the ASACUSA antihydrogen detector
M. Sc. Thesis, TU Wien (2018)

Novak, L.
Investigating A Doubly Sympathetic Cooling Scheme For Antiprotons Using Simbuca
M. Sc. thesis, Vienna University (2018)

Arguedas Cuendis, S.
Measuring the hydrogen ground-state hyperfine splitting through the pi1 and sigma1 transitions
M. Sc. thesis, Vienna University (2017)

Wiesinger, M.
Design and implementation of new optics for the atomic hydrogen beam of ASACUSA’s antihydrogen hyperfine spectrscopy experiment.
M. Sc. thesis, TU Wien (2017)

Kalista, S.
Development of a cryogenic Cesium Iodide detector for gravitational measurements on antihydogen
M. Sc. thesis, TU Wien (2017)

Haider, D.
Characterization of the AEgIS scintillating fiber detector FACT
M. Sc. thesis, TU Wien (2017)

Diermaier, M.
Determination of the Hydrogen Ground-State Hyperfine Splitting in a Beam and Perspectives for Antihydrogen
Ph.D. thesis,  TU Wien (2016)

Sauerzopf, C.
The ASACUSA Antihydrogen Detector: Development and Data Analysis
Ph.D. thesis, TU Wien (2016)

Vamosi, S.
Simulations of Antihydrogen Radiative Decay in ASACUSA
M. Sc. thesis, Vienna University (2016)

Capon, A.
Construction of a Scintillating Hodoscope Detector for Measurements on the Hyperfine Structure of Antihydrogen
M. Sc. thesis, Vienna University (2016)

Haindler, C
Design and implementation of a PIPS detector
B. Sc. Thesis, Vienna University (2015)

Templ S.
Simulation of the position resolution of a scintillation detector
B. Sc. thsesis, TU Wien (2014)