This paper gives a survey of a diagrammatic approach for fermionic pairing fluctuations, which are relevant to the BCS-BEC crossover real-ized with ultracold Fermi gases. Emphasis will be given to the physical intuition about the relevant physical processes that can be associated with this approach. Specific results will be presented for thermody-namic and dynamical quantities, where a critical comparison with al-ternative diagrammatic approaches will also be attempted. [To be published as a chapter in BCS-BEC Crossover and the Uni
The diagrammatic t-matrix approximation has often been adopted to describe a dilute Fermi gas. This ...
We study BCS-BEC crossover in the strongly correlated regime of two component rotating Fermi gases. ...
This thesis summarizes our study on the properties of ultracold Fermions near a Feshbach resonance. ...
This paper gives a survey of a diagrammatic approach for fermionic pairing fluctuations, which are r...
This chapter presents the crossover from the Bardeen–Cooper–Schrieffer (BCS) state of weakly-correla...
In this thesis we investigate several aspects of ultracold Fermi gases within the framework of the f...
The BCS to BEC crossover in attractive Fermi systems is a prototype of weak to strong coup...
This report addresses topics and questions of common interest in the fields of ultra-cold gases and ...
While the experimental realization in ultracold Fermi alkali gases of the phenomenon we now call the...
The thesis analyze Fermionic neutral systems with tunable attractive interaction between the particl...
A systematic investigation of the effects of disorder on the BCS-BEC crossover at the lowest order i...
We investigate density fluctuations in a coherent ensemble of interacting fermionic atoms. Adapting ...
The role of fluctuations is enhanced in lower dimensionality systems: in a two dimensions off-diagon...
none3noIn the latest several years, diagrammatic theories based on the t-matrix approximation with d...
In this work we apply a theoretical and computational method to the calculation of the observables o...
The diagrammatic t-matrix approximation has often been adopted to describe a dilute Fermi gas. This ...
We study BCS-BEC crossover in the strongly correlated regime of two component rotating Fermi gases. ...
This thesis summarizes our study on the properties of ultracold Fermions near a Feshbach resonance. ...
This paper gives a survey of a diagrammatic approach for fermionic pairing fluctuations, which are r...
This chapter presents the crossover from the Bardeen–Cooper–Schrieffer (BCS) state of weakly-correla...
In this thesis we investigate several aspects of ultracold Fermi gases within the framework of the f...
The BCS to BEC crossover in attractive Fermi systems is a prototype of weak to strong coup...
This report addresses topics and questions of common interest in the fields of ultra-cold gases and ...
While the experimental realization in ultracold Fermi alkali gases of the phenomenon we now call the...
The thesis analyze Fermionic neutral systems with tunable attractive interaction between the particl...
A systematic investigation of the effects of disorder on the BCS-BEC crossover at the lowest order i...
We investigate density fluctuations in a coherent ensemble of interacting fermionic atoms. Adapting ...
The role of fluctuations is enhanced in lower dimensionality systems: in a two dimensions off-diagon...
none3noIn the latest several years, diagrammatic theories based on the t-matrix approximation with d...
In this work we apply a theoretical and computational method to the calculation of the observables o...
The diagrammatic t-matrix approximation has often been adopted to describe a dilute Fermi gas. This ...
We study BCS-BEC crossover in the strongly correlated regime of two component rotating Fermi gases. ...
This thesis summarizes our study on the properties of ultracold Fermions near a Feshbach resonance. ...