We investigate the rotational properties of a zero-temperature Bose-Einstein condensed gas, which is confined in a hard-wall potential. For weak interactions the gas carries its angular momentum via vortices of multiple quantization. As the coupling increases and for sufficiently slow rotational frequencies of the trap...
The study of quantum systems far from equilibrium has become a cornerstone in the development of emerging quantum technologies. Real-world quantum devices, such as quantum computers, simulators, and sensors, inevitably operate under conditions of driving, dissipation, and decoherence. Consequently, non-equilibrium dyna...
S. Sab, Michelle Moreno-Amijos, A. D. Garc'ia-Orozco et al.· Photonics for Quantum· 0 citations
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