Detecting and engineering non-classical quantum many-body states of polar molecules (A03)

光学晶格中的极性分子为量子模拟和量子计量提供了令人兴奋的可能性。在即将到来的资助期内，我们将结合已有的玻色子NaK分子的量子气体和晶格中的高分辨率原位成像来模拟具有各向异性远距离偶极子-偶极子相互作用的自旋模型。我们将和A04一起对由偶极相互作用和无序相互作用产生的旋转激发的有趣的输运和多体局域化性质感兴趣。这个项目直接有助于DQ-mat探索多体物理的核心目标。

Polar molecules in optical lattices offer exciting possibilities for quantum simulation and quantum metrology. Within the upcoming funding period, we will combine our already available quantum gases of bosonic NaK molecules with high resolution in-situ imaging in the lattices to simulate spin models with anisotropic long-range dipole-dipole interactions. We will be interested together with A04 in the intriguing transport and many-body localization properties of rotational excitations resulting from the interplay between dipolar interactions and disorder. This project directly contributes to the DQ-mat core goal of exploring many-body physics.