Dynamics of a trapped ultracold two-dimensional atomic gas

explained the phenomena on the assumption that the relaxation among the three lowest spin-orbit levels of Fe2+ is slowed down by the appea- rance of the exchange field /5/.They

La réalisation d’un gaz de Bose à deux dimensions conduit à l’observation de la transition de phase entre un état normal et un état superfluide : c’est la transi- tion

An analytical calculation within the linear response theory and local density approxima- tion shows that the energy that is deposited in the gas at the end of the gauge field pulse

The number of atoms remaining in the dressed trap is recorded as a function of the frequency of a second, weak, rf field, which induces resonant spin flips to an un-trapped

To conclude the proof of Theorem 3.1, we use some monotonicity and one-dimensional symmetry results [3, 10] for positive solutions with bounded gradient of semilinear elliptic

Using the semilinear wave equation we prove a small perturbation result: If DU is periodic and close enough to its average for the C 4 -norm, then the strain field is

A Two-Dimensional Relaxation Scheme for the Hybrid Modelling of Gas-Particle Two-Phase Flows.. Kateryna Dorogan,

Abstract Recently, a new relaxation scheme for hybrid modelling of two-phase flows has been proposed.. This one allows to obtain stable unsteady approximations for a system of