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Experimentelle Elementarteilchenphysik
Experimentelle Elementar- und Astroteilchenphysik und Hochenergiephysik
AG S. Worm

- Generic Detector R&D
- Quantum Sensor Experiments
Contact
Lehre & Studium
Fortgeschrittenen-Praktikum
Mögliche Themen für Bachelor- und Masterarbeiten in der experimentellen Elementarteilchenphysik
Publikationen
Theses
Theses of the HU ATLAS group
Theses of the HU H.E.S.S. and CTA groups
Theses of the HU BaBar group
Theses about the HU Cosmic Ray Tracker
ATLAS
Alle Informationen, die nur die Gruppe EE1 von Thomas Lohse betrifft.
BaBar
BABAR is a high energy physics experiment at the asymmetric electron-positron collider PEP-II at the Stanford Linear Accelerator Center (SLAC). Its aim is to measure CP violation in B-meson decays and is related to the question of the matter-antimatter asymmetry in the universe. BABAR is one of originally three experiments that were built for this purpose. The other experiments are BELLE at KEK in Japan and CLEO at CSER in Connel, USA.
Different decay times for B-mesons and Anti-B-mesons
CTA
CKMfitter
CKMfitter is a software-package for analysing the constraints on the CKM-matrix parameters using experimental data.
Plot of the rho-eta plane made by the CKMfitter package
HATHOR
AG Th.Lohse, HU Berlin
Professor
Professor represents a systematic approach to the subject of Monte Carlo event generator tuning. The idea is to interpolate the generator response under parameter changes and to fit this approxmiation to high precision data. It is of universal character, i.e applicable to any generator that has an interface to the standard HepMC event record. So far, fortran Pythia has been the focus of our work. Our strategy was to consecutively tune distinct generator aspects one after another. First, we tuned the flavour parameters to LEP-data (multiplicities of identified hadrons + some OPAL spectra). The second stage was to tune fragmentation parameters to general event shape observables (Thrust, etc.) measured by LEP. Recently, we successfully tuned Pythias modeling of the 'Underlying event' (multiple interactions, initial state radiation, beam-beam remnants, colour reconnection) to TEVATRON data (CDF and D0). In general, the Professor tunings yield impressive results compared to both, the quality of and the time spent to achieve the default tunings. The Professor tunings of fortran Pythia have found there way into the release of version 6.4.20, the last release ever.
p_T distribution of reconstructed Z bosons measured by CDF @ TEVATRON (ppbar, 1800 GeV)
p_T distribution of reconstructed Z bosons measured by CDF @ TEVATRON (ppbar, 1800 GeV)
CDF @ TEVATRON 1800 GeV
none
Bilder
Kosmos2
Materie2
Kraefte Pod
Detektoren3
CERN
IceCube at Southpole
Hess Orte
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ATLAS Painting
H.E.S.S.
books
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IceCube Artist
Lageplan Physik
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Atlas Event Display
CKM Fit
custom.css
custom.css
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Dateiinhalt
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Kind, Oliver Maria
Homepage of Oliver Maria Kind
Memo for PhD students
Merkblatt_PhD.pdf
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