Hosted by Shanghai Education Human Resource Exchange & Service Center, undertaken by USST (University of Shanghai for Science and Technology) , Shanghai International Young Scholar Forum of Universities & Fourth Hujiang International Young Scholars Forum of University of Shanghai for Science and Technology has become a grand event for globally young outstanding talents. Adopting the form of the special report online and offline, academic discussion, and human resource negotiation, circling around the international academic frontier and topics about the discipline of Optical Engineering, Testing and Information, Control Sciences and Engineering and Computer Sciences and Technology, this forum is exclusively designed to build an academic communication platform for outstanding young scholars and to strengthen their understanding of the policy about USST’s development, disciplinary construction, scientific research and faculty team, through which more global talents are gathered for USST to build a high-level local university.
Academic Area
Young Scholars Forum can be divided into one academician forum and nine sub-forums. The research areas at the sub-forums include Ultra-precision Optical Manufacturing, Terahertz Science and Technology, Photonics Chip Technology, Nanophotonics, Ultrafast Nonlinear Optics, Biophotonics as well as other interdisciplinary research areas including Control Science and Engineering, Testing and Information Engineering, Computer Science and Technology. All young outstanding talents at home or abroad are welcome to the forum.
Application Conditions
(1) Under 40 years.
(2)Acquired a doctoral degree at a well-known university, or still work in a famous university, a research institute, and a R&D center of well-noted enterprises at home or abroad, or will soon obtain a doctoral degree at a well-known university.
(3)Have acquired certain results in the research area or have good development potential and have the ambition to do more academic innovations and findings.
Application Methods
(1)Before Nov 14, 2022, please complete online registration and submit application (please scan the code below)
(2)Before Nov 16, 2022, USST will review the applicant's qualifications and issue the invitations & online room ID, etc.
Schedule
Nov 18th（afternoon）：Check-in and system test
Nov 19th (morning): Opening Ceremony and Main Forum Special Report
Nov 19th (afternoon) - Nov 20th: Sub-forum & person-to-person negotiation
Contact information
Contact: Mr. Liu
Tel: 021-55272982
E-mail: gdyb@usst.edu.cn
Add: Room 1017, OECE Building, University of Shanghai for Science and Technology, No.580 Jungong Road, Yangpu District, Shanghai
P.C.：200093
Form
During the forum, all scholars at home should attend online and offline meeting while overseas scholars can attend online meeting.
Brief Introduction of USST
The University of Shanghai for Science and Technology (USST) is a municipal multidisciplinary key applied research-oriented university with engineering as its core, where engineering, science, economics, management, literature, law, art and other disciplines are well in coordinated development. In 2018, USST became a pilot unit for the construction of “a high-level local institution of higher education” in Shanghai.
The history of USST goes back to the University of Shanghai established in 1906 and the German Medical and Engineering School founded in 1907. In 1906, the Northern and Southern Baptists of the United States established the University of Shanghai on the shore of the Pujiang River. In 1907, Dr. Erlich Paulun, a German doctor, established Die Deutsche Medizinschule für Chinesen or German Medical School in Shanghai, to which an engineering school was added in 1912. In 1928, when Dr. Liu Zhan’en (1896-1938), an educator, patriot and social activist, served as its first Chinese president, the University of Shanghai was fully integrated into China’s national education system.
In 1922, the Chinese and French governments jointly established the Institut Technique Franco-Chinois de Shanghai on the original site of the German School of Medicine and Engineering. After the victory of the Chinese People’s War of Resistance Against Japanese Invaders (July 7,1937-September 2, 1945), the Institut Technique Franco-Chinois de Shanghai merged with the National Advanced Vocational School of Mechanical Technology moved from Chongqing to Shanghai to establish the National Advanced Vocational School of Mechanics ( National Advanced Mechanics for short). After the founding of the People’s Republic of China in 1949, the relevant departments of the University of Shanghai were transferred and incorporated into various other universities in East China, whereas Shanghai School of Industrial Technology was founded on the original site of the University of Shanghai, which was later renamed Shanghai Institute of Mechanical Technology in 1959, Shanghai Institute of Mechanical Engineering (1960-1994), and East China University of Technology (1994-1996) respectively while the National Advanced Mechanics was reshuffled as Shanghai Advanced Vocational School of Mechanics (Shanghai Advanced Mechanics for short), later renamed Shanghai Advanced College of Mechanical Technology (1983-1996).
In 1996, East China University of Technology merged with Shanghai Advanced College of Mechanical Technology to form the University of Shanghai for Science and Technology. In 1998, the administration of USST was transferred from the National Ministry of Machinery Industry (1982-1987,1993-1998) to the City of Shanghai. In 2003, Shanghai Advanced College of Medical Instruments (which was plotted out to set up Shanghai University of Medicine & Health Sciences in 2015) and Shanghai Publishing and Printing College were both put under the management of USST.
After an experience of over more than a hundred years of ups and downs, the prestigious university has bred large batches of patriotic youth and people with lofty ideals, nurtured a large number of academic elites, engineering experts and leading social figures, and trained more than 100,000 outstanding professionals for the country and society, earning itself the title of “Whampoa Military Academy in manufacturing industry” in China. In the process of integration, inheritance and innovation, the spirit of the school motto of “honesty, integrity, diligence, benevolence; learning, reflection, vision, aspiration” has gradually come into being, inspiring all USST people in the new era to adhere to their original mission and forge ahead.
USST has two campuses, Jungong Road Campus and Fuxing Road Campus, covering an area of almost 1,000 mu or about 670, 000 square meters. There are altogether 17 schools, colleges and departments with more than 27,000 full-time students, including more than 17,000 undergraduate students and more than 10,000 graduate students. Of its 2,600 faculty & staff members, there are 10 academicians of Chinese Academy of Sciences, and Chinese Academy of Engineering (adjunct academicians included), 61 national-level talents, 194 provincial or ministerial-level talents, 921 teachers with senior titles, and 347 doctoral supervisors.
Having relied upon, served, and spearheaded the development of industry for a long time, USST has grown up to be a backbone university in the fields of equipment manufacture, medical equipment as well as publishing and printing industry. The disciplines such as Power Engineering, Engineering Thermophysics, Optical Engineering, Management Science and Engineering have long held the leading position in the country; USST also has a profound industry foundation in the fields of medical devices, as well as publishing and printing. In recent years, USST’s discipline layout has been continuously prioritized, with currently 64 undergraduate programs, 8 first-class discipline doctoral programs, 6 centers for post-doctoral studies, 28 first-class master’s degree programs, and 19 professional master’s degree programs. USST has 19 national teaching platforms, 52 provincial or ministerial-level platforms, 7 national scientific research platforms and 43 provincial or ministerial-level platforms. Its five disciplines, namely Engineering, Materials Science, and Chemistry, Computer Science and Environmental/Biological Science have long ranked the top 1% of Essential Science Indicators (ESI) in the world.
USST is always ready to serve the local and national strategic needs by tapping the potentials of its 3 international labs of Future Optics, Intelligent Manufacturing, Medical Devices and Rehabilitation Engineering as well as its featured platform of Systems Management as the carriers to build its 5 first-class disciplines of Optical Engineering, Systems Science, Power Engineering and Thermophysics, Mechanical Engineering, and Biomedical Engineering as well as a high-level disciplinary construction in Management Science, continuously supports its disciplinary development and pushes ahead its high-level university construction.
USST always adheres to the fundamental task of “Fostering Civic Virtue and Cultivating Talents”, carries forward the tradition of relying on industry and combining production, learning and research, and cultivates high-quality “engineering-oriented, innovative and internationalized” talents. USST implements the concept of “docking industry, transforming programs and guiding employment.” Undergraduate education emphasizes “being solid in foundation, wide in caliber and competitive in practice,” whereas postgraduate education stresses “being interdisciplinary, innovative and industry-related.” USST is the Ministry of Education’s “Program of Education and Training of Excellent Engineers University,” “National Undergraduates Innovation and Entrepreneurship Training Plan Implementation University,” “National Talent Training Mode Innovation Experimental Zone”, “National Innovative Talents Training Demonstration Base,” “National In-depth Innovation and Entrepreneurship Education Reform Model University,” as well as the “National Innovation and Entrepreneurship Model University.”
One of the earliest institutions of higher education in mainland China to set up international cooperative programs in school-running, USST, which currently has nearly 1,000 international students, has established cooperative relations with more than 170 institutions of higher education in more than 30 countries and regions, such as the United States, the United Kingdom, Germany, Canada, Japan, Australia and Ireland. It has so far established two Sino-foreign joint educational institutions, namely, the Sino-British College and Sino-German College.
Adhering to the strategy of coordinative development, USST has jointly established “Yangtze River Delta Higher Engineering Education Alliance” with Nanjing Tech University, Zhejiang University of Technology, Jiangsu University, and Anhui University of Technology; USST has established the “Medical-Engineering Innovation Research Institute” and “Medical-Engineering Interdisciplinary Graduate School” with Shanghai Jiaotong University; USST has been working together with such industrial leaders as Shanghai Institute of Process Automation & Instrumentation, Shanghai Power Equipment Research Institute Co., Ltd, Shanghai Electrical Apparatus Research Institute (Group) Co., Ltd, Shanghai Electric Cable Research Institute, Shanghai Research Institute of Materials, Shanghai Research Institute of E-toys, Shanghai Industrial Boiler Research Institute Co., Ltd and Central Institute of Shanghai Electric Group Company Ltd. to jointly establish “Shanghai Institute for Generic Technology of Machinery Industry” and “Shanghai Graduate School of Machinery Industry.” Besides, USST has carried out comprehensive strategic cooperation with such institutions and enterprises as Commercial Aircraft Corporation of China, Ltd. (COMAC), Shanghai Electric, Bright Food Group, Shanghai Branch of Bank of China, Chinese Academy of Sciences Shanghai Branch. Relying on the construction of its National Science Park and nearly 30 technology transfer offices in the Yangtze River Delta, USST is cooperating with Yangpu District to promote the transfer and commercialization of findings and achievements in science and technology, industry incubation, and the development of the innovative neighborhood around USST campuses.
At the new starting point, USST will closely follow the pulse of the times, firmly seize the historical opportunities, and fully implement the objectives and tasks set by the Eighth Party Congress of the university to make reforms and innovation, forge ahead with perseverance, and strive to build the university into an innovative university leading in industries and technological progress as soon as possible in order to build it into a first-class science and engineering university with remarkable features.
Brief Introduction of Disciplines
1. The discipline of Optical Engineering
The discipline of Optical Engineering of University of Shanghai for Science and Technology is led by academician Songlin Zhuang. Prof. Gu Min, a foreign academician of Chinese Academy of Engineering, who enjoys great international fames in the field of photonics, also joined the discipline in 2019. The discipline can be traced back to the discipline of “Optical Instruments” established in 1960. In 1981, it was conferred the right to grant master's degree. In 1998, it was conferred the right to grant doctoral degree. In 2001, it was listed as a key discipline of Shanghai Municipal Education Commission. In 2005, it was listed as the key discipline of Shanghai. In 2007, the Optical Engineering Postdoctoral Workstation was built. In 2009, the discipline was listed as the National Key Discipline (cultivating stage). In the same year, one of the doctoral dissertations of the discipline won the award of Top 100 National Excellent Doctoral Dissertations. In 2015, the discipline was approved as “the Peak Discipline” of Shanghai. In 2018, it was selected as the key discipline in the “Construction of Shanghai local high-level universities” project. The discipline ranked 10th in the national discipline accreditation in 2012 (Rank first in Shanghai), and ranked B+ in the fourth-round national discipline accreditation conducted by the Ministry of Education in 2017 (Rank first in Shanghai).
The national and ministerial research and development centers of the discipline include Collaborative Innovation Center of Terahertz Spectrum and Imaging Technology, Optical Instruments and System Engineering Center of Ministry of Education, the Key Laboratory of Photoelectric Precision Testing Technology for Machinery Industry, the Shanghai Key Laboratory of Modern Optical System, etc. It is the President Unit of China Instrument and Control Society, and the affiliated unit of China National Center of for Quality Supervision and Test of Optical Instrument, the National Standardization of Optics and Photonics Committee. It is also the affiliated institution of the Committee of Engineering Optics of Chinese Optical Society, and the Optical Instrument Branch of China Instrument and Control Society and the China Instruments Manufactures Association.
Meanwhile, the discipline owns an outstanding faculty team with over 120 teachers and researchers including 2 academicians from Chinese Academy of Engineering, 33 talents at the national or ministerial level. 54% of teachers have experiences of studying or working abroad. With the aims of developing high-quality talents and building leading innovative research base, the discipline focuses on the ultra-precision optical manufacturing, terahertz science and technology, photonics chip technology, nano-photonics, ultrafast nonlinear optics, bio-medical photonics.
2. The discipline of Control Science and Engineering
The discipline of Control Science and Engineering was conferred upon the right to offer the first-level master’s degree and doctoral degree in 2006 and 2016 respectively. Over the past decade, a competitive and high-level faculty has been established to develop the discipline, including more than 20 doctoral supervisors and 10 national/provincial talents, such as members of the European Academy of Science, Germany Academy of Science and Engineering, as well as New-Century Innovative Talent Program of Ministry of Education of China. The DCSE has jointly set up the National Engineering Research Center of Industrial Process Automation with Shanghai Industrial Automation Instrument Research Institute, and has also built other national/provincial scientific research platforms, such as the Shanghai Key Laboratory of Intelligent Control of Optical-electrical Systems and Collaborative Innovation Center for Intelligent Instrument and Industrial Automation. Relying on the School of Optical-Electrical and Computer Engineering, the discipline focuses on national key strategies, accommodates the demand of the industry, and pays special attention to interdisciplinary integration. Following this trend, the discipline has formed some stable research directions involving control theory & engineering of complex industrial systems, intelligent computing & networked systems, and pattern recognition & intelligent systems. It has carried out a series of cutting-edge research in the fields of control and filtering of networked systems, intelligent robots, energy scheduling, human-computer interaction and affective computing, medical image processing and industrial big data. In the recent five years, the discipline has undertaken or cooperatively undertaken over 60 national projects such as the National Key R&D Program of the Ministry of Science and Technology, the Key Program of the National Natural Science Foundation of China, and the Program of National Natural Science Foundation of China. Furthermore, the Discipline has published over 200 papers in famous IEEE journals and Automatica, and among them, more than 20 papers have been published in IEEE journals on Automatic Control and Automatica, the top journals of the control discipline. Till now, the discipline has won first prize for Science and Technology Progress of Wu Wenjun Artificial Intelligence and first prize for Natural Science of the Ministry of Education.
3. The discipline of Instrument Science and Technology & Signal and Information Processing
Discipline of Instrument Sciences and Technology & Discipline of Signal and Information Processing is characterized by the research directions such as micro-nano precision measuring technology and devices, industrial online measuring technology and instruments, signal acquisition and processing, image processing, optical communication equipment testing and manufacturing technology, information transfer technology, wireless communication and information security, etc. The research can satisfy the needs of Shanghai's pillar industrial development in the field of informatization, advanced manufacturing and equipment, and offer indispensable technology required by the national industrial development and national defense building. The Department of Testing and Information Engineering has undertaken major scientific research projects such as National Key Research Program, National Major Research Instrument and Equipment Project, National Natural Science Foundation of China, and other Shanghai major projects. Over the past three years, members of the department have published more than 70 high-level papers in world-class academic journals such as Nature Communications, Nature-Light: Science & Applications, Lab on a Chip, and have been granted more than 20 national patents.
4. The discipline of Computer Science and Technology & Software Engineering
The Department of Computer Science and Engineering of USST has two undergraduate majors in Computer Science and Technology and Data Science and Big Data Technology, two first-level academic master's programs in Computer Science and Technology and Software Engineering, and a professional master's program in Computer Technology. The undergraduate major of Computer Science and Technology passed the German ASIIN accreditation in 2019 and was approved as a national first-class undergraduate major in 2022. Computer Science and Technology is ranked C+ in the fourth round of discipline evaluation, and is ranked 1% in the global ESI discipline ranking.
There are 5 professors, 4 doctoral supervisors, 15 associate professors and 37 part-time instructors There are many faculty members serving in academic organizations at home and abroad, including IEEE members, ACM members, senior members of the Chinese Computer Society, members of professional committees of the Chinese Computer Society, reviewers of state-level projects and provincial and ministerial research projects, reviewers of well-known academic journals at home and abroad, and program members of important academic conferences. The department has research directions aligned with national strategic needs including: parallel computing architecture and cloud computing, artificial intelligence and applications, network computing and Internet of Things technology, edge computing technology, big data analysis and machine learning, software engineering methods and technologies and etc.
In recent years, the disciplines have won many provincial and ministerial awards such as Shanghai Technical Invention Award, Science and Technology Progress Award of the Machinery Industry Council, Shanghai Science and Technology Progress Award, etc. Dozens of projects have been awarded by the National Natural Science Foundation of China, Ministry of Education's Doctoral Fund, National Key Development Program, Shanghai Key Science and Technology Project, Shanghai Education Commission Project, etc. The department has also established industry-academia-research cooperation with many famous enterprises in China, involving many industries such as pipeline network, telecommunication, petroleum, intelligent transportation, network video monitoring, big data analysis, industrial control and Internet of Things, and signed a horizontal project funding of more than 20 million yuan with National Pipeline Group, Aerospace Orient Red Satellite Co. Ltd., Ministry of Public Security of the People’s Republic of China, Shanghai Bus Industry (Group) Co., Ltd, Tongji University, the Institute of Computing Technology of the Chinese Academy of Sciences and other enterprises. The department has the Shanghai Education Commission Engineering Center "Shanghai Smart Home Large Scale IOT Common Technology Engineering Center", and also has dozens of labs, including network computing lab, IOT technology lab, computer network lab, big data processing lab, parallel computing and architecture lab, with a laboratory area of 1500 square meters.
Team Introduction of the Discipline of Optical Engineering
1. The Ultra-precision Optical Fabrication Innovation Team
Deriving from Shanghai Institute of Optical Instrument led by Academician Zhuang Songlin, the Team of Ultra-precision Optical Testing and Manufacturing of USST has become a high-level strategic innovation team. At present, led by Professor Zhang Dawei, the team has attracted members from world-class research institutes in America, Britain, German, Canada, Japan, and Singapore, most of whom enter in list of National Leading Talents, Shanghai Young Science Talents. Shanghai Science and Technology Venus, Shanghai Pujiang scholar. Facing world’s research frontier, centering on the national strategy like biomedicine, and demands from shanghai socio-economic development in extreme optical manufacture, the team conducts the theory and research in ultra-precision optical instrument, ultra-precision optical testing, precision instrument. The team pays attention to the micro-and-nano optical devices, and advanced optical application. the team has undertaken national key R&D plan，national major research device and instrument R&D plan, national natural science foundation and shanghai major projects. Over the late three years, the team has published more than 50 papers in internationally top journals like Light: Science & Applications 、Lab on a Chip、Sensors and Actuators B: Chemical、Photonics Research. The team has won a total of 8 prizes like the first prize of shanghai science and technology progress award for achievements in optical device and spectrum instrument, the second prize of technology invention award, Ministry of Education, and totally 8 first prizes of China Instrument and Control Society. Led by the team, such science and technology platforms at a ministerial level as optical instrument and system engineering center of Ministry of Education, shanghai extreme optical manufacture and testing center, shanghai ultra-precision optical machining and testing service platform, shanghai led device testing service platform.
2. Team of Terahertz Science and Technology Innovation
With the support from Academician Zhuang Songlin, the team of Terahertz Science and Technology was built in 2008. After more than 10 years, the team has formed a well-aged structure where more than 20 members joined in, with Professor Zhu Yiming as the leader, and other outstanding young talents at a ministerial or provincial level and young faculties. National basic science center—terahertz science and technology frontier, provincially and ministerial collaborative innovation center of terahertz spectrum and imaging technology, and USST-LWSU (Lomonosov Moscow State University) have been approved. Funded by key research projects of ministry of education, 973 Program, 863 Program and national natural science foundation, the team has paved a way with practical terahertz imaging and spectrum system. In recent years, the team has published nearly 100 papers (40 ranking top 5 % in optical field), including 5 ESI papers. Some research in terahertz surface plasma is rated as the first level in international advanced characteristic research direction by Shanghai Discipline Assessment Center of Shanghai Jiaotong University. (the total number of papers and highly-cited papers globally ranked top 1 ). The team has conducted a series of research in terahertz quasip article and related key devices. The main research fields of team includes Terahertz quantum electromagnetism theory, terahertz radiation mechanism research, terahertz physical mechanism of new topological materials, interaction mechanism between terahertz wave and micro nano structure, broadband terahertz radiation source, terahertz plasma functional devices, practical terahertz imaging and spectroscopy and other their applications.
3. The Institute of Photonic Chips
Institute of Photonic Chips (IPC), USST, is a world-class institute for photonics research led by Professor Min Gu, an internationally-renowned expert in Photonics and Foreign Fellow of the Chinese Academy of Engineering. IPC focuses its research in artificial intelligence, nanophotonics chip and related fields. It has also been seeking for an all-round “production-education-research” cooperation with well-known hi-tech enterprises at home or abroad to achieve the industrialization of its scientific research achievements. Its ultimate goal is to develop cutting-edge photonics technology, and to a more intelligent and greener future.
IPC owns 130 teachers, all of whom are conferred upon the doctor’s degree from cutting-edged universities at home and overseas first-class universities. The research fields cover nonlinear optics, material sciences, ultra-precision processing, nano-photonics, biomedical science, and intelligent computing, etc. In addition to good working conditions, IPC boasts world-class facilities, including optical laboratories, materials laboratories, biomedical laboratories, and clean room for nanomaterial processing, ensuring the implementation of various research work.
IPC sincerely looks forward to collaborations with experts and scholars at home and abroad and welcomes those dream-loaded and energetic persons and teams to join in.
4. The Nano-photonics Innovation Team
The Nano-photonics Innovation Team, USST, is one of the key innovation teams supported by the Shanghai Municipal Education Commission through the High Level University Program. Professor Qiwen Zhan (OSA Fellow; SPIE Fellow), a world-renown scientist in optics, serves as the principal investigator. The team builds upon the strength of the Optical Engineering discipline hosted within the School of Optical-Electrical and Computer Engineering at the USST. The mission of the Nanophotonics Innovation Team is to establish a world-class research team and center in fundamental and applied research areas of Nanophotonics with outstanding characteristics; to attract and cultivate a group of young innovative talents; to promote and strengthen international academic collaborations and exchanges; and to develop and transfer intellectual properties that address important issues with high societal impacts. Currently the Nanophotonics Innovation Team has around 30 core faculties and research staff members with many international, national, ministerial and municipal level talent titles and accolades. All core members hold doctoral degrees from universally renowned universities along with extensive study and research experience overseas. Research areas of the team include spatio-temporal engineering of light fields, nonlinear optics, micro-and nano-fabrication, nano-materials, optical super-resolution imaging, nano-characterization and sensing. The team has comfortable office and complete experimental conditions, including Light Field Control Laboratory, Ultrafast Optics Laboratory, Light Field Material Detection Laboratory, Opto-electronic Materials and Devices Laboratory, Integrated Optical Electro-mechanical Laboratory, Super-resolution Imaging laboratory and Micro-nano Processing and Representation Platform of the whole-process chain, which can ensure the development of various scientific research work. We maintain long-term academic collaborations and exchanges with world’s leading groups in the field and sincerely expect you to together make a difference.
5. Ultrafast Nonlinear Optics Research Innovation Team
The Ultrafast Nonlinear Optics Team, USST, is one of the key innovation teams supported by the Shanghai Municipal Education Commission through the High Level University Program. Led by Professor Liu Yi, who is considered as a national-level talent, the team of Ultrafast Nonlinear Optics consists of many 5 outstanding talents at a national, ministerial or provincial level and 26 young backbones and experimentalists. Circling around major scientific problems and key technical challenges in the field of ultrafast laser, their research includes ultrafast laser technology and equipment, ultrafast laser physics, ultrafast laser in biomedicine, ultrafast sensitive measurement. Ultrafast Nonlinear Optics Research Team is devoted to moving future optical laboratory onto the track of building world-class innovation platform and producing globally influential research results and constructing internationally top disciplines of optical engineering.
In the past 3 years, members of the team have published more than 10 papers in top journals such as Nature Communication, Physical Review Letters and Optica. In the meanwhile, compact high-energy fiber laser, high-performance photon detector, and optical frequency comb developed by the team have also been applied in the technological and industrial area, which produces social benefits and economic values. The team has undertaken nearly 40 national, provincial and ministerial scientific research projects, including national key research and development plans and key projects of NSFC.
The team sincerely expect young scholars in the field of ultrafast optics to join us and continue to pursue dreams at USST.
6. Biomedical Photonics Team
The biomedical photonics team of USST is led by Professor Songlin Zhuang (CAE academician). The team is committed to solving international frontier hot scientific issues such as the role of photonics in the perception and transmission of biological information, and the interaction mechanism between bio-photons and cells. The team focuses on the major needs of the country and Shanghai in the process of building a large health medical industry to achieve disease detection, diagnosis and treatment at the micro-molecular level. The main research directions are bio-photonics, new bio-optical materials and devices, medical imaging artificial intelligence. The team strives to seize the international discourse power for our country in terms of innovative theories of medical health and the pathogenesis of major diseases, and tries to solve the current situation where the domestic medical level is extremely incompatible with the health needs. In recent years, team members have published more than 200 SCI papers in high-level optical and biomedical journals, such as Nature Photonics, PNAS, JACS, AFM, ACS Nano, Nano Research, etc., and have been awarded more than 40 invention patents and more than 60 scientific research projects such as R&D plans and Natural Science Foundation. The team has Shanghai peak disciplines (Class III) - "Optical Engineering" key discipline platform, national key discipline and Shanghai key discipline platform depending on the Key Laboratory of Medical Optical Technology and Instruments of the Ministry of Education with advanced experimental instruments and good working conditions. It has maintained good cooperation and academic exchanges with international top teams in this field for a long time.
The team sincerely welcomes young scholars to join.
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