Theses from the group
2023
Master's thesis, Pit Bermes, "Magnon Excitations in two-dimensional doped Antiferromagnets".
Master's thesis, Conall McCabe, "Quantum Simulation of Lattice Quantum Electrodynamics using Rydberg Tweezer Arrays".
Bachelor's thesis, Luc Malinowski, "Chevy Ansatz for the single hole doped t-J model in two dimensions".
2022
Master's thesis, Simon Linsel, "Confined and Deconfined States of Doped Antiferromagnets".
Bachelor's thesis, Annika Böhler, "Luttinger’s Theorem in the One-Dimensional tJ-Model".
Bachelor's thesis, Cemal Yigit Özkan, "Superexchange Interaction and Zhang-Rice Singlet on CuO and CuO2 Planes".
Master's thesis, Friederike Horn, "Higher Order Topological Phases and Finite Temperature Quantum Magnets".
2021
Bachelor's thesis, Helene Lösl, "Linear String Theory for the Single Hole Doped Quantum Dimer Model".
Bachelor's thesis, Dmytro Melnichenko, "String Breaking Dynamics in a Ladder".
Bachelor's thesis, Jakob Huhn, "Diabatic Quenches in the Fermi-Hubbard Model".
Master's thesis, Petar Cubela, "Magnon Excitations in Doped Quantum Magnets".
Bachelor's thesis, Lauritz Hahn, "Signatures of a Deconfinement Phase Transition in Doped Antiferromagnets".
2020
Master's thesis, Lukas Homeier, "Analog quantum simulation and single hole doping of Z2 lattice gauge theories".
Master's thesis, Matjaz Kebric, "Doped Antiferromagnets and Z2 Lattice Gauge Theories in One-Dimension".
Bachelor's thesis, Julius Hallmann, "Doping-driven Phase Transitions in Three-dimensional Anti-ferromagnets".
Bachelor's thesis, Christian Reinmoser, "Effective Spin Coupling in the Squeezed Space Picture of the t − J Model".