The dynamics of dark–bright (DB) solitons beyond the mean-field approximation is
investigated. We first examine the case of a single DB soliton and its oscillations within a …

We observe nonlinear scattering of 39 K atomic bright solitons launched in a one-
dimensional (1D) speckle disorder. We directly compare it with the scattering of non …

We study the pumping of matter-wave solitons formed in Bose-Einstein condensates (BECs)
with attractive atomic interactions that are loaded into optical superlattices, in which one of …

We study the reflection and transmission properties of matter wave solitons impinging on
localized scattering potentials in one spatial dimension. By mean field analysis we identify …

We propose a novel implementation of a trapped-atom Sagnac gyroscope based on the
interference between matter-wave solitons confined around an optical microring resonator …

The quantum measurement problem, namely how the deterministic quantum evolution leads
to probabilistic measurement outcomes, remains a profound question to be answered. In the …

FIGURE 1.1–A gauche, lumière diffusée sur les gouttelettes d'eau formant les nuages. Au
centre, observation expérimentale de la localisation d'Anderson (Billy et al., 2008). A droite …

Les gaz d'atomes ultra-froids sont des systèmes à N-corps quantiques extrêmement propres
et versatiles qui permettent de revisiter dans un environnement contrôlé des concepts …