On December 26, 2019, the "project to be funded by the establishment of key laboratories in shenzhen in 2020" was announced.Our advanced materials laboratory has been approved by shenzhen key laboratory

"Digital Water in the Age of Big Data and Block Chain" delivered by Dr. David Hunkeler at 1100am to 12:00pm on December 20, 2019.

In this lecture, Prof. Wu Yun-Dong would like to share with you (1) His path to chemistry; (2) Several early successful stories of his research; (3) An in-depth account of recent investigation of addition reactions to alkynes.

Biological interface adhesion is one of the hot topics in the research of interface chemistry, which is not only helpful for us to understand the mystery of life, but also important for the development of new functional interface materials and related technologies.Learning from nature provides new principles and new ideas for the development of new materials.

After long-term evolution, biomaterials have achieved many enviable properties by constructing complex and ordered multi-scale structures with limited material components.On the basis of in-depth research on the excellent characteristics of various biomaterials, bai hao and his team used the ice template method, 3d printing and other material assembly methods to imitate the multi-scale complex ordered structure and function of these typical biomaterials, and prepared a variety of intelligent biomimetic materials with application prospects.

On October 26, the Chinese university of Hong Kong (shenzhen) held a high-end BBS themed "new polymer materials and polymer products engineering in greater bay area".

On August 22, 2019, all the members of our lab went to dapeng to participate in the semi-annual league building activity.Under the guidance of the guide, all the lab members visited dapeng ancient city, experienced exciting fun kayaking, and held a beach barbecue in the evening.

At the Chinese university of Hong Kong (shenzhen) products with advanced materials engineering team was founded in early 2018.