JRG Jochen Schieck - Heavy Quark Physics

Prof. Dr. Jochen Schieck
Boltzmannstr. 2
D-85748 Garching

Room 211
Tel: +49 89 35831-7148
fax +49 89 3299-4002

 

Research Area(s) : B, C

Research Interests:

Experimental Particle Physics: Heavy Flavor Physics

 

 

 

Current research activities:

  • Analysis of Data taken with the ATLAS-Detector at the Large Hadron Collider
    • Measurement of the CP-Violating Phase in the decay of BS 
    • Development of a Particle Identification (PID) Algorithm based on ionization using the ATLAS TRT-Detector
    • Studies of the Impact of systematic deformations on the Performance of ATLAS Inner Detector Alignment
  • Detector Development for the DEPFET-Pixel-Detector at the Belle-II Experiment at KEK in Japan
    • Development of the power supply system for the DEPFET Detector
    • Performance measurements of the DEPFET pixel detector using a mini-matrix (MIMA) setup
    • Service routing for the Pixel Detector

 

More information:

The Standard Model of Particle Physics is a very successful model to describe all current observations in modern particle physics. However, we also know that the Standard Model cannot be the final answer. An orthogonal approach to the search for New Physics using events with large momentum is offered by precision studies looking for new physics in quantum loops.  The decay of hadrons containing b-quarks offers an ideal laboratory for such precision studies. E.g. theory predicts a value almost consistent with zero for the measurement of the time dependent decay of BS. A significant deviation from zero would be a clear indication for physics beyond the Standard Model, hidden in quantum loops.
Besides the search for new Physics showing up in quantum loops the analysis of B-hadron decays allow detailed studies of CP-violation. This CP-violation is a necessary ingredient for the large asymmetry between matter and antimatter observed in the universe. It turns out that the currently observed CP-violation is consistent within the Standard Model but far from being enough to explain the large matter-antimatter asymmetry observed. CP-violation studies using hadronic B-decays offer the possibility to search for new CP-violating effects.

 

Group members:

- Dr. Stefan Rummel (Postdoc, +49 89 35831-7159)
- Dr. Pavel Reznicek (Postdoc, +49  89 35831-7153)
- Dr. Louise Oakes (Postdoc, +49 89 35831-7157)
- Claudio Heller (PhD student, +49 89 35831 7159)
- Florian Krausser (Master student, +49 89 35831-7109)
- Vladyslav Sthabovenko (Master student, +49 89 35831-7153)
- Andreas Seiler (Engineer, +49 89 35831-7152)
- Durner Ellis (wissenschaftliche Hilfskraft)
- Oliver Lipsky (wissenschaftliche Hilfskraft)

 

Sprechstunde: nach Vereinbarung

 

Bachelor-, Master- , Diplomarbeiten: Please contact me for possbile thesis topics currently available.

Article on the group in Newsletter 2/2011, p. 6

Technische Universitaet Muenchen
Exzellenzcluster Universe

Boltzmannstr. 2
D-85748 Garching

Tel. + 49 89 35831 - 7100
Fax + 49 89 3299 - 4002
info@universe-cluster.de