We perform Monte Carlo studies of vortices in three dimensions in a cylindrical confinement, with uniform and nonuniform density. The former is relevant to rotating 4He, the latter is relevant to a rotating trapped Bose condensate. In the former case we find dominant angular thermal vortex fluctuations close to the cylinder wall. For the latter case, a novel effect is that at low temperatures the vortex solid close to the center of the trap crosses directly over to a tension-less vortex tangle near the edge of the trap. At higher temperatures an intermediate tension-full vortex liquid located between the vortex solid and the vortex tangle, may exist
We study the thermal fluctuations of vortex positions in small vortex clusters in a harmonically tra...
We present a comprehensive theoretical study of vortex lattice formation in atomic Bose-Einstein con...
Quantized vortices were first predicted and discovered in superfluid. The first experimental realiza...
Most of the literature on quantum vortices predicting various states of vortex matter in three dimen...
We present an analytical solution for the vortex lattice in a rapidly rotating trapped Bose-Einstein...
We consider a 3D dilute Bose-Einstein condensate at thermal equilibrium in a rotating harmonic trap....
In the present work, we consider the problem of a system of few vortices N≤5 as it emerges from its ...
We study the lowest energy states of a weakly interacting trapped atomic Bose-Einstein condensate in...
We study the lowest energy states of a weakly interacting trapped atomic Bose-Einstein condensate in...
Abstract.- We study the stability of a rotating repulsive-atom Bose-Einstein condensate in a toroida...
We demonstrate a direct connection between the density profile of a system of ultracold trapped boso...
We demonstrate a direct connection between the density profile of a system of ultracold trapped boso...
We present full three-dimensional numerical calculations of single vortex states in rotating dipolar...
In this thesis we solve the Gross-Pitaevskii equation numerically in order to model the response of ...
We calculate the critical rotation frequency at which a vortex state becomes energetically favorable...
We study the thermal fluctuations of vortex positions in small vortex clusters in a harmonically tra...
We present a comprehensive theoretical study of vortex lattice formation in atomic Bose-Einstein con...
Quantized vortices were first predicted and discovered in superfluid. The first experimental realiza...
Most of the literature on quantum vortices predicting various states of vortex matter in three dimen...
We present an analytical solution for the vortex lattice in a rapidly rotating trapped Bose-Einstein...
We consider a 3D dilute Bose-Einstein condensate at thermal equilibrium in a rotating harmonic trap....
In the present work, we consider the problem of a system of few vortices N≤5 as it emerges from its ...
We study the lowest energy states of a weakly interacting trapped atomic Bose-Einstein condensate in...
We study the lowest energy states of a weakly interacting trapped atomic Bose-Einstein condensate in...
Abstract.- We study the stability of a rotating repulsive-atom Bose-Einstein condensate in a toroida...
We demonstrate a direct connection between the density profile of a system of ultracold trapped boso...
We demonstrate a direct connection between the density profile of a system of ultracold trapped boso...
We present full three-dimensional numerical calculations of single vortex states in rotating dipolar...
In this thesis we solve the Gross-Pitaevskii equation numerically in order to model the response of ...
We calculate the critical rotation frequency at which a vortex state becomes energetically favorable...
We study the thermal fluctuations of vortex positions in small vortex clusters in a harmonically tra...
We present a comprehensive theoretical study of vortex lattice formation in atomic Bose-Einstein con...
Quantized vortices were first predicted and discovered in superfluid. The first experimental realiza...