Formation of deeply bound molecules via chainwise adiabatic passage

通过链式受激拉曼绝热捷径高效制备与探测超冷深束缚分子

Highly Efficient Creation and Detection of Ultracold Deeply-Bound Molecules via Chainwise Stimulated Raman Shortcut-to-Adiabatic Passage

本文提出链式受激拉曼绝热捷径（C-STIRSAP）方法，通过在绝热消除下将M型体系简化为有效Λ型结构，并借用反绝热驱动等方法，在无需强激光脉冲的条件下高效、鲁棒地制备超冷深束缚分子。

利用多态链式重合脉冲技术形成超冷深束缚态分子

Formation of ultracold deeply-bound molecules via multi-state chainwise coincident pulses technique

本文提出一种基于多态链式重合脉冲技术的理论方法，通过三态和广义五态重合脉冲，在无强激光条件下实现了超冷分子从Feshbach态到深束缚态的高效布居转移并有效抑制中间态。

通过基于不变量的逆向工程与可行的改进驱动高效创建和检测深束缚分子

Highly Efficient Creation and Detection of Deeply-bound Molecules via Invariant-based Inverse Engineering with Feasible Modified Drivings

本文提出了一种基于不变量逆向工程（IIE）的理论方法，通过在大失谐下将三能级和五能级分子系统简化为有效低能级系统来预先抑制损耗，实现了无需强激光即可高效且稳健地创建和检测深束缚分子。

鲁棒、快速且高效的从超冷原子制备稳定四原子分子的通用受激拉曼精确通过技术

Robust, fast, and efficient formation of stable tetratomic molecules from ultracold atoms via generalized stimulated Raman exact passage

本文提出一种两步策略，利用通用非线性受激拉曼精确通过技术高效制备稳定超冷四原子分子。

Towards the production of ultracold ground-state RbCs molecules: Feshbach resonances, weakly bound states, and coupled-channel model

We have studied interspecies scattering in an ultracold mixture of $^{87}$Rb and $^{133}$Cs atoms, both in their lowest-energy spin states. The three-body loss signatures of 30 incoming s- and p-wave magnetic Feshbach resonances over the range 0 to 667 G have been catalogued. Magnetic field modulation spectroscopy was used to observe molecular states bound by up to 2.5 MHz$\times h$. Magnetic moment spectroscopy along the magneto-association pathway from 197 to 182 G gives results consistent with the observed and calculated dependence of the binding energy on magnetic field strength. We have c…