Ultracold fermionic atoms in optical lattices allows to simulate the behavior of electrons in
strongly correlated materials. In this thesis, we demonstrate the preparation and site-and …

Quantum simulation offers the possibility to study quantum mechanical problems which are
untraceable on classical computers. This thesis introduces a novel platform for quantum …

Ultracold atoms in optical lattices allow the study of large ensembles of strongly interacting
quantum particles in an isolated environment. They are widely used as analogue quantum …

Understanding the behavior of strongly interacting quantum systems remains a central
challenge in modern physics. The intrinsic complexity of these correlated systems has …

The behavior of quantum many-body systems in nature is often an issue of great complexity.
Hence, instead of describing those systems entirely, we tend to extract particular …

Theoretical calculations of a singly resonant optical parametric oscillator (SRO) with
intracavity sum-frequency generation (SFG)(IC-SFG-SRO) are presented to obtain tunable …

Diese Dissertation berichtet von der mikroskopischen Untersuchung antiferromagnetischer
Ordnung in Hubbard Ketten, die mit ultrakalten, repulsiv wechselwirkenden Fermionen in …

This thesis presents our new generation 6Li-based quantum gas experiment with wide-
ranging capabilities, mainly aiming to study the microscopic properties of strongly interacting …

Bose-Einstein condensation (BEC) is a state of matter of a dilute Boson gas cooled to a
temperature close to absolute zero. A large fraction of particles occupy the quantum state …

In the field of research of ultracold quantum gases, quantum gas microscopes have
established as an effective tool for direct observation of spatial correlations and dynamics of …