From January 10th to 11th, East China University of Science and Technology held the World Top Scientists Summit Forum. The forum builds a bridge for researchers in the field of molecular scientific research to share research results, promote academic exchanges, and nurture new cooperation. The top scientists participating in the summit included Professor Ben L. Feringa, a foreign academician of the Chinese Academy of Sciences and Nobel Prize winner in Chemistry, Professor Tian He, an academician of the Chinese Academy of Sciences, Professor Ma Dawei, an academician of the Chinese Academy of Sciences, Professor Ma Dawei of the Shanghai Institute of Organic Chemistry of the Chinese Academy of Sciences, an academician of the Chinese Academy of Sciences, Professor Fan Chunhai from Shanghai Jiaotong University, Academician of the Royal Netherlands Academy of Sciences, and Professor Roeland JMNolte of Nijmegen University. The forum was hosted by the Felinga Nobel Prize Scientist Joint Research Center of East China University of Science and Technology, and Academician Tian He served as the chairman of the conference.

During the summit forum, Du Huifang, Secretary of the Party Committee of East China University of Science and Technology, cordially met the top scientists who participated in the summit at the Feringa Nobel Prize Scientist Joint Research Center, and expressed sincere thanks to the scientists for their long-term support and help on behalf of East China University of Science and Technology. During the visit, Academician Tian He introduced the construction, development goals and prospects of the center. At the summit forum appointment ceremony, Academician Ma Dawei and Academician Fan Chunhai were appointed as honorary professors of our school. Academician Qian Feng, vice president of East China University of Science and Technology, issued letters of appointment to the two honorary professors, wore school badges, and expressed welcome and gratitude to them for being appointed as honorary professors of East China University of Science and Technology. Qian Feng said that the Nobel Prize Center think tank gathers talents and draws a blueprint for construction planning, which will definitely promote the leap-forward development of school chemistry and related disciplines. Academician Ma Dawei and Academician Fan Chunhai affirmed the achievements of the Nobel Prize Center and the construction of chemistry disciplines, and expressed their willingness to contribute to the overall development of East China University of Science and Technology, and to collaborate and innovate.

East China University of Science and Technology Feilinga Nobel Prize Scientists Joint Research Center is an important bearing area of ​​Shanghai Science and Technology Innovation Center. Every year, the world's top scientists summit forum is held in different forms, inviting the world's top scientists in the global chemistry field to participate in discussions and exchanges, gather achievements and cultivate talent Assist the construction of Shanghai Science and Technology Innovation Center. In this summit forum, Professor Ben L. Feringa described the design, synthesis and function of molecular motors and molecular switches in a report entitled "Molecular Switches and Molecular Motors", focusing on the dynamics and triggering of functional molecular systems And the assembly process, and look forward to the future dynamic molecular system. Professor Ma Dawei described the copper-catalyzed nucleophile aryl groups promoted by ligands in the report titled "oxalic acid diamide: a new generation of ligands for copper-catalyzed arylation reactions of nucleophiles". The development of chemical reaction points out the biggest challenge in this field, focusing on their use of N,N'-diaryl or N-aryl-N'-alkyl substituted oxalamide as copper-catalyzed nucleophilic arylation The ligands of the reaction not only make the copper-catalyzed nucleophilic (hetero)aryl chloride coupling reaction proceed smoothly under relatively mild conditions, but also make the copper-catalyzed aryl bromide and iodide The coupling reaction of ”is carried out at low catalytic load and reaction temperature and other related findings. In a report entitled "Single Molecule Analysis Guided by Framework Nucleic Acids", Professor Chunhai Fan introduced the concept of framework nucleic acids and described several examples of using framework nucleic acids to dynamically organize biomolecules in vitro and in vivo for molecular diagnosis and imaging. Professor Roeland J.M. Nolte introduced the synthesis strategy and related characterization of a series of complex molecular systems based on glycoluril in a report titled "Glyururil-based cage compounds: From enzyme simulation to functional molecular machine" , Tells the significance of chemical synthesis of complex systems for practical applications. In recent years, East China University of Science and Technology has made great achievements in molecular science related fields such as supramolecular chemistry, molecular machinery, photochromism, fluorescent probes and imaging. The holding of this summit forum will not only promote the development of our school’s chemistry disciplines, improve the influence and status of related research fields in the world, but also broaden the international vision of the young research team through zero-distance exchanges and results sharing with the world’s top scientists .