| Our research group is committed to the development of semiconductor oxide materials modified by diboron compounds in energy conversion, photocatalysis, etc.; at the same time, we also pioneered the application of single-molecule electrical detection platform for the study of catalytic reaction mechanisms; now and in the future , we are dedicated in using artificial intelligence and robotics to improve the production efficiency of scientific knowledge, accelerate the development of organic chemistry, and improve the basic role of synthetic chemistry in material preparation and drug development. |
