We report on the observation of a quenched moment of inertia resulting from superfluidity in
a strongly interacting Fermi gas. Our method is based on setting the hydrodynamic gas in …

We report on experimental investigations of longitudinal collective oscillations in a highly
elongated, harmonically trapped two-component Fermi gas with resonantly tuned s-wave …

Here we consider both balanced and imbalanced Fermi gases throughout the BCS-BEC
evolution, and we study the effects of spin-orbit coupling (SOC) on the spontaneously …

We use the Bogoliubov–de Gennes formalism and study the ground-state phases of trapped
spin-orbit-coupled Fermi gases in two dimensions. Our main finding is that the presence of a …

Recently, ultra-cold atoms have established a very fruitful connection with condensed matter
physics, nuclear physics, astrophysics, and high energy physics on many-body problems in …

Some of the most intriguing phenomena in physics arise in strongly interacting many-body
quantum systems. Those systems, however, eg solid state devices or astronomical objects …

In this thesis we present our experimental study of the dynamics of an ultracold Fermi gas at
finite temperature in the presence of unitarity limited interactions. We trap fermionic 6Li in a …

One of the challenging problems in modern physics is to understand the many-body systems
composed of strongly-interacting fermions, like neutron stars, quark-gluon plasma, and high …

This thesis explores the dynamic behavior of an ultracold strongly interacting Fermi gas. In
particular measurements on collective excitation modes and the gas under rotation are …