Academician Junfa Mao is mainly engaged in the research of high-speed circuit interconnection and RF electronic packaging, and serves as the head of the innovation group of the National Natural Science Foundation of China (NSFC) and the chief scientist of 973 in the related fields. He has won the second prize of National Natural Science, the second prize of National Technological Invention, the second prize of National Scientific and Technological Progress, the second prize of Ho Leung Ho Lee Award for Scientific and Technological Innovation, and the second prize of National Teaching Achievement. He has been honored as Changjiang Scholar, Shanghai Top Ten Scientific and Technological Elites, National Outstanding Scientific and Technological Worker, and Academician of Chinese Academy of Sciences. He is a Fellow of the Chinese Institute of Electronics (CIE), Chairman of the Microwave Division, and a Fellow of the IEEE.

Academician Yu Qifeng has long been engaged in the research and teaching of experimental mechanics of photometry and deformation measurement of large-scale structures in photometric images, large-scale motion measurement and interferometric streak map processing, etc., and has innovated and developed the theory and methods of camera measurement. The proposed new concepts and methods of high-precision camera monitoring on unstable platforms, camera tandem network camera measurement and motion trajectory rendezvous measurement, the new theory of contour processing of photogrammetric streak maps, as well as the new methods of target three-dimensional attitude photogrammetry and aircraft visual navigation and localization have solved a number of theoretical, methodological and technical problems in the related fields, etc. He was awarded the Second Prize of the National Technological Invention in 2004 and the First Army Outstanding Professional and Technical Talent Award in 2006...

Director of Science and Technology Committee of Shanghai Institute of Optical Machinery, Expert of National XXX Major Project Committee, Member of National Defense Science and Technology Committee of Chinese Academy of Sciences, Executive Director of Optical Engineering Society of China, Director of Joint Laboratory for International Cooperation in Photovoltaic Science and Technology of 2D Materials, Ministry of Education.

Academician Yi Luo mainly researches compound semiconductor optoelectronic devices and their integrated application technologies, including lasers, LEDs, optical modulators, and photodetectors, and their applications in fiber optic communications, broadband information sensing, and semiconductor lighting. He has published 367 academic papers and 34 authorized invention patents. He has won three second-class awards for national technological inventions and one second-class award for national scientific and technological progress.

He has been engaged in the research of "the whole chain of micro-nano sensing science and technology", which includes design, fabrication, detection, sensing and application of nano-surface. His research focuses on the design and quantum fabrication of low-energy electron-photon induced interatomic bonding sensing modes and ultra-high resolution optical-magnetic-mechanical-electrical-force multi-physical field information sensing research. For the first time in the world, he has discovered the highly sensitive sensing features of "ultra-high density graphene-based edge-aligned structured surface" and "graphene-based edge quantum effect", and has made a significant contribution to the development of the field of "carbon-based quantum manufacturing and sensing". He has made pioneering contributions to the development of the field of "carbon-based quantum manufacturing and sensing". ...

Academician Susumu Hoshino has been engaged in the research and development of core processes and equipment for micro-nano processing and chip manufacturing for many years at home and abroad, and is an internationally renowned expert in this field. Developed the LED sapphire pad ultra-precision processing technology for the world's first realization of LED mass production made a significant contribution. In the field of semiconductor process, he successfully developed the world's lowest pressure CMP process and equipment for low-k insulating layer flattening, which was highly evaluated by the international CMP industry and won the Technology Award of the Japan Society of Precision Engineers. Developed the world's first tape-type single-layer rigid CMP pad process and realized mass production of CMP process for SoC semiconductor chips. Developed a new 3-layer structure CMP pad that achieves the world's highest overall CMP performance in terms of flatness and uniformity, and...

Prof. Fei Yu has long been engaged in research in the field of information and communication, and has achieved a series of innovative results with international influence in the direction of blockchain, everything intelligent, artificial intelligence and networked autonomous vehicles in the past 10 years. He proposed a service-oriented blockchain system (vdlt.io) with virtualization and separated management/control and execution. This is a paradigm shift from the existing "blockchain-oriented" distributed ledger system to the next-generation "service-oriented" distributed ledger system. Pioneering mathematical modeling of blockchain systems in terms of scalability, decentralization, latency and security provides a performance optimization framework for blockchain systems to improve data security and efficiency. ...