(Correspondent: Zhenxing Wang、Ruilan Deng) On October 29, 2016, to promote The application of High magnetic field ESR in molecular magnetic materials and strengthen the understanding of domestic and foreign researchers on pulse high magnetic field device, The second seminar about “The application of High magnetic field ESR in molecular magnetic materials” was held in Wuhan national High Magnetic Field Center. The seminar attracted more than 30 experts and scholars from 18 famous universities at home and abroad including Tohoku university, Universite de Strasbourg, peking, Peking University , Nanjing University etc. Liang Li, Professor of the center, came to the meeting and opened the speech.

On the seminar, the experts and scholars delegates made 12 high levels of academic report in turn. each report has emphasis and illustrated. They discussed about many issues including the principle and experiment device of pulse magnetic field ESR, and the application of high magnetic field ESR in single molecular magnets, single magnet, spin bistable material, magnetic card hot material, free radicals, heme proteins and so on. In the process of discussion, the delegates actively asked questions and spoke. The delegates interacted with the audience in terms of an interesting problem.

During the meeting, participants also visited each experiment stations and auxiliary facilities of the pulse magnetic field experiment device. After detailed knowledge of the operation of the device, the experts gave high praise to the construction speed and level of the pulse high magnetic field experiment device.

Successful convening of the seminar built a good platform for communication between domestic and foreign scholars, further making many people realize the use of High magnetic field the ESR laboratory device in the field of physics, chemistry, biology, environment, etc. laying a good foundation for future work. Through this seminar, the high magnetic field center and the participating experts have deepened their understanding and inspired more than one possible cooperation points.