A theory is developed for magnetically confined Fermi gas at low temperature based on the density functional theory. The theory is illustrated by numerical calculation of density distributions of Fermi atoms $^{40}$K with parameters according to DeMarco and Jin's experiment[Science, 285(1999)1703]. Our results are in good agreement with the experiment. To check the theory, we also performed calculations using our theory at high temperature and compared very well to the result of classical limit
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
The interplay between interaction and inhomogeneity for electrons in solids generates many interesti...
The interplay between interaction and inhomogeneity for electrons in solids generates many interesti...
The interplay between interaction and inhomogeneity for electrons in solids generates many interesti...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
The dynamics of strongly interacting trapped dilute two-component Fermi gases (dilute in the sense t...
The properties of an ideal Fermi gas in an external potential in any dimensional space are studied, ...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
The interplay between interaction and inhomogeneity for electrons in solids generates many interesti...
The interplay between interaction and inhomogeneity for electrons in solids generates many interesti...
The interplay between interaction and inhomogeneity for electrons in solids generates many interesti...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
International audienceWe measure the magnetic susceptibility of a Fermi gas with tunable interaction...
The dynamics of strongly interacting trapped dilute two-component Fermi gases (dilute in the sense t...
The properties of an ideal Fermi gas in an external potential in any dimensional space are studied, ...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...
We benchmark the ground state energies and the density profiles of atomic repulsive Fermi gases in o...