Bose-Einstein Condensation and Related Problems in Trapped Atomic Gases

目前的项目是支持一名研究生，作为正在进行的计划的一部分，该计划旨在发展玻色-爱因斯坦凝聚理论和囚禁原子气体中的相关问题。拟议中的原子系统研究是长期互补努力的一个重要方面，该努力旨在发现和从理论上了解在极端条件下出现的物质的不寻常状态，例如温度、自转和密度。超低温凝聚原子系统与其他物理领域的多粒子系统之间的强大理论联系，包括凝聚态物质、天体物理和核系统，允许这些领域之间的重要交叉。

The present project is to support a graduate student as part of an ongoing programthat aims to develop the theory of Bose-Einstein condensation and related problems in trapped atomic gases. The proposed research on atomic systems is a vital facet of a long-standing complementary effort to discover and gain theoretical understanding of unusual states of matter that appear under extreme conditions, for example, of temperature, rotation, and density. The strong theoretical connections between ultralow temperature condensed atomic systems and many-particle systems in other areas of physics, including condensed matter, astrophysical, and nuclear systems, allow important cross-fertilization between these areas.