Theses completed in the group

Overview of Bachelor, Master and PhD theses completed in the group.

PhD theses

• Alena Schön - The QCD deconfinement transition in Nf=2 LQCD using Wilson fermions (2023)

• Anh Quang Pham - Analytic and numerical treatment of an effective lattice theory for heavy QCD at zero and finite density (2022)

• Jonas Scheunert - Aspects of heavy, dense lattice QCD: series expansion methods, baryon vs. isospin density and large N_c (2021)

• Björn Wagenbach - Real time lattice simulations of classical Yang-Mills theory and fermion effects (2018)

• Chrisopher Czaban - Large discretization effects on the QCD phase structure at zero chemical potential and the Roberge-Weiss endpoint (2018)

• Alessandro Sciarra - The QCD phase diagram at purely imaginary chemical potential from the lattice (2016)

• Jonas Glesaaen - Heavy quark QCD at finite temperature and density using an effective theory (2016)

• Mathias Neuman - Effective theory for heavy quark QCD at finite temperature and density with stochastic quantization (2015)

• Christopher Pinke - Lattice QCD at finite temperature with Wilson fermions (2014)

• Christian Schäfer - Real time observables for the Quark-Gluon Plasma from the lattice (2014)

• Janine Hütig - Including gauge corrections to thermal leptogenesis (2013)

• Daniel Bieletzki - add title (add date)

• Lars Zeidlewicz - The thermal transition of quantum chromodynamics with twisted mass fermions (2011)

• Jens Langelage - Phase transitions in finite temperature lattice QCD from strong coupling expansions (2009)

• Marcus Tassler - add title (add date)

Master's theses

• Vladimir Denk - Evaluating influences of washout on thermal leptogenesis (2022)

• Amine Chabane - Mean field analysis of an effective lattice theory for isospin and baryonic chemical potential (2022)

• Alena Zmarsly - The deconfinement phase transition and the chiral condensate in an effective theory for QCD using analytical and Complex Langevin methods (2021)

• Amanda Konieczna - The Π_u hybrid static potential to O(g²) in perturbation theory (2021)

• Reinhold Kaiser - Locating the heavy Z(2) point in Nf=2 LQCD at zero chemical potential (2020)

• Miguel Salg - The deconfinement transition in an effective theory for heavy quark lattice QCD to O(κ⁴) (2020)

• Christoph Konrad - Coarse graining in an effective theory of strong coupling LQCD in 1+1D and 2+1D (2020)

• Vinzenz Wiedemann - Mean field approach to effective Polyakov loop theories (2019)

• Alena Schön - Effective heavy quark theory of strong coupling lattice QCD in 1+1 dimensions (2018)

• Andreas Halsch - Evaluating gauge corrections to thermal leptogenesis (2018)

• Frederik Depta - The effect of soft and hard gauge corrections on thermal leptogenesis (2017)

• Mathias Neuman - Simulation effektiver Modelle der QCD bei nicht-verschwindendem chemischem Potenzial mittels Langevin-Dynamik (2012)

• Susanne Ehret - Der quantenchromodynamische Feldstärkekorrelator in Gitterstörungstheorie (2012)

• Linus Feldkamp - add title (add date)

• Christian Schäfer - add title (add date)

• Christopher Pinke - Das Polyakov-Nambu-Jona-Lasinio-Modell mit zwei und drei Flavours bei imaginärem chemischen Potenzial (2010)

• Nina Gausmann - Statische Potentiale für schwere Quarkonia im Echtzeitformalismus (2010)

• Janine Hütig - Der quantenchromodynamische Feldstärkekorrelator in Kontinuums- und Gitterstörungstheorie (2009)

• Daniel Bieletzki - Resummationsverfahren zur Bestimmung des thermodynamischen Drucks der magnetischen Quantenchromodynamik (2009)

• Lars Zeidlewicz - Gitterregularisierte QCD mit verdrehtem Massenterm bei endlichen Temperaturen (2008)

• Bastian Brandt - Angeregte Zustände im statischen Quark-Antiquark-Potential in dreidimensionaler SU(2)-Eichtheorie (2008)

• Jens Langelage - Starkkopplungsentwicklungen in der Gittereichtheorie bei endlichen Temperaturen (2007)

• Marcus Tassler - Schwere Quarkonia vor einem thermischen Hintergrund (2007)

• Babak Alikhani - Die Untersuchung der Zerfallsrate und der Photonenpolarisation beim radiativen Neutronen Beta-Zerfall (2007)

Bachelor's theses

• Felix Möller - Determining the order of the phase transition in a Polyakov loop model (2021)

• David Leemüller - Interpolating Monte Carlo data using the multiple histogram method (2020)

• Tim Neidig - Free fermion gases with Wilson and perfect actions (2019)

• Miguel Salg - Ideale relativistische Fermi-Gase zur Beschreibung nicht-wechselwirkender Hadronen (2018)

• Florian Eisenhut - Mass implementation to lattice cut-off effects in QCD thermodynamics with chemical potential (2018)

• Maximilian Märcz - Implementierungvon U.Wolffs Gamma-Methode in PLASMA (2017)

• Alena Zmarsly - Autokorrelation und Fehleranalyse von Monte Carlo Daten im Bereich eines Phasenübergangs erster Ordnung (2017)

• Max Theilig - Implementierung des Clover-Terms in CL²2QCD für Wilson-Fermionen (2016)

• Tim Breitenfelder - Pion spectroscopy in lattice QCD with Nf=2 staggered fermions (2016)

• Joscha Duchscherer - Effektive Gitter-QCD schwerer Quarks im kanonischen Ensemble (2016)

• Frederik Depta - Pion and quark masses along the chiral critical line in the Nf=2 QCD phase diagram (2015)

• Andreas Halsch - Some Polyakov loop expectation values with an effective lattice theory (2015)

• Alena Schön - Percolation analysis in strong coupling lattice QCD (2015)

• Andreas Bäuerle - Phasenübergänge und kritisches Verhalten dreidimensionaler Potts-Modelle (2015)