| Viktoria Kraxberger |
2022
|
Upgrade of
ASACUSA’s Antihydrogen Detector |
Vienna U
|
Alina Weiser
|
2020
|
A low energy
proton source for ASACUSA’s matter studies |
Vienna U
|
| Andreas Lanz |
2019
|
Hydrogen
Hyperfine Structure Measurements using the sigma1-
and pi1-Transitions: Evaluation & Correction
|
Vienna U
|
| Bernadette Kolbinger |
2019
|
Machine
Learning for Antihydrogen Detection in ASACUSA |
TU Vienna
|
| Markus Fleck |
2018
|
The
Development And Implementation Of A Fibre Detector
And Advanced Data Acquisition For The Asacusa
Antihydrogen Detector |
TU Vienna |
| Minori Tajima |
2017
|
Development
of injection scheme of antiprotons and production of
antihydrogen atoms in low-lying excited states |
U Tokyo
|
| Matsudate Takuya |
2017 |
Design study of a drift tube
decelerator for an ultra-slow antiproton beam |
U Tokyo
|
| Markus Wiesinger |
2017 |
Design and
implementation of new optics for the atomic hydrogen
beam of ASACUSA's antihydrogen hyperfine spectrscopy
experiment |
TU Vienna
|
| Sergio Arguedas Cuendis |
2017 |
Measuring The
Hydrogen Ground State Hyperfine Splitting Through
The Pi1 And Sigma1 Transitions |
Vienna U
|
Martin Diermaier
|
2016
|
Determination
of the Hydrogen Ground-State Hyperfine Splitting in
a Beam and Perspectives for Antihydrogen |
TU Vienna
|
| Clemens Sauerzopf |
2016 |
The ASACUSA
Antihydrogen Detector: Development and Data Analysis
|
TU Vienna |
| S. Vamosi |
2016 |
Simulations
of Antihydrogen Radiative Decay in ASACUSA |
Vienna U
|
A. Capon
|
2016 |
Construction
of a Scintillating Hodoscope Detector for
Measurements on the Hyperfine Structure of
Antihydrogen |
Vienna U
|
| Ishikawa Shoichiro |
2015
|
Development of MicroMEGAS for 3D
position determination of antihydrogen annihilation in
CUSP trap |
O Tokyo
|
| S. Templ |
2014
|
Simulation of the position resolution
of a scintillation detector |
TU Vienna
|
Bernadette Kolbinger
|
2014
|
Numerical
Simulations of Hyperfine Transitions in Antihydrogen |
Vienna U
|
| Michael Wolf |
2013
|
Lock-in based
detection scheme for a hydrogen beam |
Vienna U |
| Silke Federmann |
2012
|
A Spin-Flip
Cavity for Microwave Spectroscopy of Antihydrogen |
Vienna U |
| Martin Diermaier |
2012 |
Design and
construction of a monoatomic hydrogen beam |
Vienna U |
| J. Brandstetter |
2012 |
Design of a polarized hydrogen beam |
Vienna Tech. U
|
Fujii Kohki
|
2012 |
Positron
Accumulation in a High Magnetic Field Trap and
Radial Compression of a Positron Clooud in a Cusp
Magnetic Field Configuration | |
U Tokyo |
| Ohtsuka Miki |
2012 |
Development of an antihydrogen
detector for spectroscopy of antihydrogen atoms
synthesized in a cusp trap |
U Tokyo |
| Enomoto Yoshinori |
2011
|
Antihydrogen
synthesis in CUSP trap |
U Tokyo |
| Kim Chanhyoun |
2011
|
Accumulation
and manipulation of positrons, and synthesis of
antihydrogen atoms |
U Tokyo |