AI 中文总结
该研究聚焦超冷极性分子实验，回顾二十年进展，重点关注超冷分子碰撞控制、偶极相互作用工程设计及光学晶格中新生量子模拟这三个关键主题，为量子科学实验提供了重要进展。
AI 中文摘要
超冷极性分子已成为量子科学实验的一个令人兴奋的平台，许多拟议的应用试图利用长程偶极相互作用的存在和长寿命态的丰富内部结构。然而，分子的复杂性也带来了许多实验挑战。在本章中，我们回顾了过去二十年中使超冷分子处于完全量子控制之下的实验进展。我们重点关注三个关键主题：超冷分子碰撞的控制、偶极相互作用的工程设计以及光学晶格中的新生量子模拟。
英文摘要
Ultracold polar molecules have emerged as an exciting platform for experiments in quantum science, with many proposed applications seeking to leverage the existence of long-range dipolar interactions and the rich internal structure of long-lived states. However, the complexity of molecules also presents many experimental challenges. In this chapter, we review the experimental advances over the past two decades that have brought ultracold molecules under full quantum control. We focus on three key topics: control of ultracold molecular collisions, engineering dipolar interactions and nascent quantum simulations in optical lattices.
Comments45 pages, 12 figures
