2D homogeneous quantum degenerate gases

简并的玻色和费米气体使得人们能够进入以前没有得到的量子区域，使得研究新的多体现象、量子相变和非平衡动力学成为可能。特别是这个实验将容纳多个物种，包括它们的玻色子和费米子形式(39K，40K，41K，85Rb，87Rb)，从而为研究一系列主题提供了一个高度灵活的平台，包括实现2D量子液滴和研究一阶和二阶量子相变的动力学。

My PhD deals with the development and construction of a next-generation ultracold atom experiment for studying homogeneous quantum systems. Degenerate Bose and Fermi gases have allowed access to previously unattained quantum regimes enabling the study of novel many-body phenomena, quantum phase transitions and non-equilibrium dynamics. This experiment in particular will host multiple species, both in their bosonic and fermionic form (39K,40K,41K, 85Rb , 87Rb), thus offering a highly flexible platform for the investigation of a range of topics including realising 2D quantum droplets and studying the dynamics of first and second order quantum phase transitions.