After completing my Diploma Thesis at NA48, the CP-Violation measurement at CERN, where I was performing a measurement of the form factors of the K -> Pi Mu Nu decay, I am currently working for the LHCb and D-ZERO experiment. For LHCb I am involved in the development of the final design for the Silicon Tracker Trigger Station (TT). I am in charge of a Laser Test Stand where different sensor types are tested. Depending on the results a final decision will be made, on which sensors will go to our next test beam. Furthermore, I am working on an analysis at D-ZERO where I just started to look at the rare B_s -> mu mu decay. This decay has a standard model Branching ratio of 3.2*10E-9, but it might be enhanced by various SUSY models.

For my Ph.D thesis I worked with the ATLAS experiment, one of the four LHC collider experiments. I performed studies for the Alignment of ATLAS Muon Chambers for Calibration with Cosmic Rays in the Cosmic Ray Test Facility located at my institute in Garching/Ludwig-Maximilians-Universtitaet. The Muon chambers which are tested here will be placed in the outer barrel of the detector. Currently I am working with the D0 experiment, one of the two experiments at the Tevatron p+p- collider at Fermilab. I performed studies for the D0 reconstruction software and developed this code especially for the reconstruction of Muons. Currently I am working on the analysis for a supersymmetry search in the Trilepton channel of the mSUGRA model, with Muons in the final state. This channel is the so-called "golden channel " having the cleanest signature for a Supersymmetry signal. This analysis includes a careful study of the simulated Monte Carlo backgrounds and a good knowledge of the Muon reconstruction efficiencies and triggers used for my analysis.

For my Ph.D. Thesis I am trying to measure the CKM matrix element |Vub| at the BELLE spectrometer on KEK-B e+e- collider in Japan. The collider is tuned on the Y(4S) resonance and is producing B mesons in a low background environment, suitable for precision measurements of rare B decays. For my analysis I reconstruct one of the B mesons produced in pair and on the other preform an inclusive measurement of the branching fraction of semileptonic charmless decays. I am involved in both building a fully reconstructed sample and measuring the branching fraction. I also participate in the feasibility studies for particle identification upgrade of the BELLE detector with Proximity Focused Ring Imaging Cherenkov Counter.