We present a rigorous derivation of the moment hierarchy of the density and pair density matrices of a two species fermion superfluid in coordinate representation. We discuss the tools to truncate at any desired level and present the derivation of the Extended Superfluid Thomas-Fermi (ESTF) fluiddynamical scheme. In order to establish the equation of state in equilibrium to be incorporated in the truncation, we extend the method of Papenbrock and Bertsch. We examine the dynamics of fluctuations in homogeneous fermion matter and show that it is consistent with the ordinary Random-Phase-approximation. We discuss some numerical results for equilibrium profiles and collective fluctuations of trapped cold gases. © Springer Science+Business Media...
Neutrinos in astrophysical environments, such as Supernovae (SNe), may interact through pair interac...
We apply a recent generalisation of the fluid-dynamical scheme developed for two trapped fermion sp...
Strongly interacting, dilute Fermi gases exhibit a scale-invariant, universal thermodynamic behavior...
We extend our earlier fluid-dynamical description of fermion superfluids incorporating the particle ...
We present numerical predictions for the shape of the pairing fluctuations in harmonically trapped a...
We present a generalization of fermionic fluiddynamics to the case of two trapped fermion species wi...
18 pages and 11 figures. arXiv admin note: text overlap with arXiv:1110.1188International audienceA ...
Accepted for publication in Physical Review Letters.The canonical thermodynamic properties of a one-...
We present ground state calculations for low-density Fermi gases described by two model interactions...
We apply a recent generalization of the fluid-dynamical scheme of nuclear physics that includes the ...
This treatise is a collection of introductory chapters and published articles on pairing and superfl...
Ultracold atomic gases and low-density neutron matter are unique in that they exhibit pairing gaps c...
© 2018 American Physical Society. Exploiting the similarity between the bunched single-particle ener...
We study the pairing of Fermi systems with long-range, confining interparticle interactions. We solv...
We examine the effects of stationary vortices in superfluid Li atoms at zero temperature in the fra...
Neutrinos in astrophysical environments, such as Supernovae (SNe), may interact through pair interac...
We apply a recent generalisation of the fluid-dynamical scheme developed for two trapped fermion sp...
Strongly interacting, dilute Fermi gases exhibit a scale-invariant, universal thermodynamic behavior...
We extend our earlier fluid-dynamical description of fermion superfluids incorporating the particle ...
We present numerical predictions for the shape of the pairing fluctuations in harmonically trapped a...
We present a generalization of fermionic fluiddynamics to the case of two trapped fermion species wi...
18 pages and 11 figures. arXiv admin note: text overlap with arXiv:1110.1188International audienceA ...
Accepted for publication in Physical Review Letters.The canonical thermodynamic properties of a one-...
We present ground state calculations for low-density Fermi gases described by two model interactions...
We apply a recent generalization of the fluid-dynamical scheme of nuclear physics that includes the ...
This treatise is a collection of introductory chapters and published articles on pairing and superfl...
Ultracold atomic gases and low-density neutron matter are unique in that they exhibit pairing gaps c...
© 2018 American Physical Society. Exploiting the similarity between the bunched single-particle ener...
We study the pairing of Fermi systems with long-range, confining interparticle interactions. We solv...
We examine the effects of stationary vortices in superfluid Li atoms at zero temperature in the fra...
Neutrinos in astrophysical environments, such as Supernovae (SNe), may interact through pair interac...
We apply a recent generalisation of the fluid-dynamical scheme developed for two trapped fermion sp...
Strongly interacting, dilute Fermi gases exhibit a scale-invariant, universal thermodynamic behavior...