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The rigorous derivation of the T-2 focusing cubic NLS from 3D

机译:从3D中聚焦立方NLS的T-2的严格推导

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We derive rigorously the 2D periodic focusing cubic NLS as the mean-field limit of the 3D focusing quantum many-body dynamics describing a dilute Bose gas with periodic boundary condition in the x-direction and a well of infinite-depth in the z-direction. Physical experiments for these systems are scarce. We find that, to fulfill the empirical requirement for observing NLS dynamics in experiments, namely, that the kinetic energy dominates the potential energy, it is necessary to impose an extra restriction on the system parameters. This restriction gives rise to an unusual coupling constant. (C) 2021 Elsevier Inc. All rights reserved.
机译:我们严格推导了二维周期聚焦立方NLS作为三维聚焦量子多体动力学的平均场极限,该动力学描述了在x方向具有周期边界条件的稀释玻色气体和在z方向具有无限深的阱。这些系统的物理实验很少。我们发现,为了满足实验中观察NLS动力学的经验要求,即动能主导势能,有必要对系统参数施加额外的限制。这种限制导致了一个不寻常的耦合常数。(c)2021爱思唯尔公司保留所有权利。

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