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Kelin GAO: The 40Ca+ ION Optical Clock

2021-03-21

On March 18, 2021, Prof. Kelin GAO from the Innovation Academy for Precision Measurement Science and Technology, CAS was invited to the 52th Science Lecture. He gave a talk on The 40Ca+ ION Optical Clock, which was chaired by Prof. Xueming YANG, an academician of Chinese Academy of Sciences and dean of College of Science, SUSTech.

Shuxian TANG: From Surface Science to Surface Catalysis

2020-12-17

Knowledge of surface properties leads to design of highly efficient catalysts that avoid the ubiquitous Sabatier conflict.

Li DENG: Weak-Bonding Catalysis with Organic Molecules

2020-11-22

By imitating the cooperative weak bond catalysis mode commonly found in biological enzymes, Prof. Deng Li’s research group has successfully developed a series of new chiral organic small molecule catalysts and found new reactions.

Meixiang WANG: Advances in Macrocycles and Supramolecular Chemistry

2020-11-16

Through experimental research, Prof. WANG’ s research group developed a brand-new strategy of “cross-bay bridge” and a multi-tiered intramolecular reaction method, making full use of the pre-organized single ring structure and cone conformation of the Resor aromatics . By equipping the Soarene’s "Bay Area" with suitable reaction groups, 4 or 6 chemical bridge reactions across the "Bay Area" are realized and ring-belt molecules with different types of skeleton structures are efficiently constructed.

Feihe HUANG: Supramolecular Polymers Based on Host-Guest Molecular Recognition Motifs

2020-11-14

Supramolecular polymer is one of the most important research directions in the field of chemical self-assembly. It is formed by polymer/small molecule elements (functionality≥2) through non-covalent bond self-assembly polymerization. It shows great potential to be applied in degradable, responsive, self-healing materials and other fields.

Mingsheng ZHAN: Coherent Formation of a Single Ultrocold Molecule

2020-11-05

During the lecture, Prof. Mingsheng Zhan introduced the achievement his research group has made in the rubidium single-atom array system in recent years, such as the realization of the collision of two-atom ground states in the single-atom quantum state control, and the long-lived coherent storage and transfer realized in magic light intensity dipole trap.