The Second Shanghai International Youth Scholars Forum-Optical Engineering Forum of University of Shanghai for Science and Technology and Shanghai University Leagues Forum for International Young Scholars-Optical Engineering Forum is hosted by Shanghai Educational Human Resource Exchange & Service Center and undertaken by USST. It is a grand event for international outstanding young researchers. The forum will focus on the international academic frontier and explore hot topics of optical engineering and related disciplines through online special reports, academic discussions and talent talks. It has set up a platform for academic exchange and achievement display for young researchers at home and abroad. The platform will enhance scholars’ comprehensive understanding of the development strategy, discipline construction, scientific research, faculty and other policy systems of USST, and gather global intelligence resources for the high-level university construction in USST.
The Forum has 1 academician forum and 5 sub Forums, sub forums include: Artificial-Intelligence Nanophotonics, Extreme Light Fabrication, Terahertz Science and technology, Ultrafast Nonlinear Optics, Accurate spectrum detection technology applied in biomedicine. The Forum will also cover Interdisciplinary fields include Control science and Engineering, Testing and Information Engineering, Computer science and technology. Outstanding young scholars from related fields are welcome at home and abroad to sign up for the Forum.
1. Applicants are generally no more than 40 years old
2. The applicant has a doctoral degree from a well-known overseas university, or engaged in scientific research in well-known universities, scientific research institutions or R & D institutions of well-known enterprises at home and abroad.
3. The applicant has made some achievements or has good development potential in the research field.
1. The applicant submits the application for participation by scanning the QR code below on WeChat, or sending a resume to contact email below before May 20, 2020.
2. The school conducts qualification for applicants and issues invitation letters to the forum before May 25, 2020.
Contacts: Mr. Liu, Mr. Cao, Phone: +86-021-55272982, Email: email@example.com, Address: Room 1017, optoelectric building, No.580, Jungong Road, Yangpu District, Shanghai
The University of Shanghai for Science and Technology is one of the first universities engaged in the cultivation of advanced talents in optical engineering in China. Optical engineering discipline dates back to the establishment of optical instruments discipline in 1960. In 1981, the discipline of optical engineering was conferred upon the right to award master's degree. In 1998, the discipline was conferred upon the right to award first-level doctoral degree. In 2001, it was listed as a key subject of Shanghai Municipal Education Commission. In 2005, it was listed as Shanghai Key Discipline. In 2007, it was listed as National Key Discipline (developing), and Optical Engineering Post-doctoral Research Station was set up in the same year. The discipline has national and provincial technological platforms, including “Optical Instruments and System” Engineering Center of Ministry of Education, Key laboratory of photoelectric precision testing technology in mechanical industry, Shanghai Key Laboratory of Modern Optical System, Shanghai Ultra-precision optical machining and testing service platform, which are also presidential unit of China Instrument and Control Society, and Attached Institutions of China National Center for Quality Supervision and Test of Optical Instrument, National Standardization of Optics and Photonics Committee, Committee of Engineering Optics of Chinese Optical Society, Optical Instrument Branch of China Instrument and Control Society, China Instruments Manufactures Association.
The Artificial-Intelligence Nanophotonics Team
The University of Shanghai for Science and Technology (USST) emerged from the University of Shanghai founded in 1906 and the German Medical and Engineering School set up in 1907. Prof. Min Gu, a Foreign Member of the Chinese Academy of Engineering, has been working full-time in the School of Optoelectronic Information and Computer Engineering at USST since May 2019, and taken up the position of the Executive Chancellor of the University Council. Min is recognized as one of the international authorities and pioneers of the three-dimensional optical imaging theory as well as one of the founders of angular momentum information photonics. His research results in the field of 3D optical imaging have played an important and crucial role in promoting the development of modern optical microscopic imaging and multi-photon nanophotonics. He is also a winner of the 2019 Dennis Gabor Award of the Society of Photo-Optical Instrumentation Engineers (SPIE). He has published more than 500 papers in internationally recognized authoritative journals (including Nature, Science, Nature Photonics and Nature Communications), and has been invited to attend international conferences more than 200 times. The Center for Artificial Intelligence Nanophotonics is a newly established institution directed by Prof. Min Gu. It aspires to be a world-class research institution and intellectual destination dedicated to investigations of the artificial neural network, which are inspired by the ideas from artificial-intelligence and nanophotonics for the smarter and greener future. The research will involve working with a multi-disciplinary team of physicists, material scientists and industry partners. The expertise includes optical chips, all-optical deep learning, artificial Intelligence materials and green energy storage. We provide a stimulating and highly collaborative research environment that is embedded in a network of local, national and international collaborations.
The Ultra-precision Optical Manufacturing Innovation Team
The Ultra-precision Optical Fabrication Innovation Team of University of Shanghai for Science and Technology started from Shanghai Optical Instrument Institute led by academician Songlin Zhuang. It currently is a high-level strategic innovation team in Shanghai. This team is led by Prof. Dawei Zhang, a national innovation leader, and most of its members have working experience from world-class scientific research institutions from the United States, the United Kingdom, Germany, Canada, Japan, Singapore and etc. The team has 10 members, who have successfully been selected as national leader, Shanghai young science and technology talents, Shanghai science and technology stars, and Shanghai Pujiang scholars. The team is devoted to both theoretical investigation and industrial application in the fields of ultra-precision optical fabrication and detection, as well as ultra-precision devices and instruments. The team focuses on the world’s research frontier and national key strategies such as biomedicine and the demand of Shanghai’s economic development for extreme light fabrication. Our investigation interests include but not limited to micro-optical and nano-optical devices such as grating, film, meta-lens, microfluidic biochip, and optical innovated applications such as interference detection, biological detection, medical optics equipment and optical storage system. In recent years, the team has been supported by various projects such as National Key R&D Program of China, National Natural Science Foundation of China, Shanghai Municipal Science and Technology Commission Innovation Action Plan and etc. In the past three years, the team has published more than 50 high-level papers in Light: Science &Applications, Lab on a Chip, Sensors and Actuators B: Chemical, Photonics Research and etc. The team has won more than 10 outstanding science and technology awards, including the first prize of Shanghai science and technology progress, the second prize of ministry of education for technology invention and the first prize of Chinese instrumentation society. The team established engineering research center of ministry of education for optical instruments and systems, Shanghai extreme light fabrication and testing engineering research center, Shanghai ultra-precision optical fabrication and testing professional technical service platform, Shanghai LED device testing professional technical service platform and Shanghai military-civilian integration base for ultra-precision optical fabrication.
The Terahertz Science and Technology Innovation Team
The Terahertz Science and technology innovation team of University of Shanghai for science and technology was founded in 2008 with the support of academician Songlin Zhuang. Over the past ten years of development, it has formed national excellent talents Scholar-Prof. Zhu Yiming as the core, a group of provincial talents and young teachers as the backbone and a reasonable age structure, it has more than 20 members now. The team has been approved as "National Basic Science Center - Terahertz Science and technology frontier", "Terahertz spectrum and image technology provincial and ministerial co construction Collaborative Innovation Center"," International Joint Laboratory of terahertz technology innovation between University of Shanghai for science and technology and Moscow University" and other national and provincial scientific research platforms. With the support of the key R & D plan of the Ministry of science and technology, the national 973 Plan, the National 863 plan, the National Natural Science Foundation and other projects, a scientific research road with practical terahertz imaging system and spectral system as the main line has been opened up. The related research results on terahertz surface plasma are rated as the first level of "international advanced characteristic research direction" by the "Research Center for Discipline Development and evaluation of universities" of Shanghai Jiao Tong University (the total number of papers and the number of highly cited papers are the first in the world) (according to Elsevier database).In recent years, the team has done a series of research on terahertz quasi particle theory and related core devices. The main research directions are: Terahertz quantum electromagnetics theory, terahertz radiation mechanism, terahertz physical mechanism of new topological materials, terahertz wave and micro nano structure interaction mechanism, broadband terahertz radiation source, terahertz plasma functional device, practical terahertz imaging and spectrum system and its application.
The Ultrafast Nonlinear Optics Innovation Team
The ultrafast nonlinear optics innovation team of University of Shanghai for Science and Technology was led by National excellent Scholar-Prof. Liu Yi. The team is one of the core teams of “Future International Optical Laboratory” of University of Shanghai for Science and Technology. It has formed a talent echelon with young and middle-aged professors as the core, a group of young teachers as the backbone and a reasonable age structure, including one national innovation leader, 3 eastern scholars of Shanghai, and 22 young scientists. The research field covers nonlinear optics, high-power fiber laser, opto-mechanical design, and ultrafast detection. In recent years, the team has done a series of research on ultrafast optics theory and devices. The related investigations were published on Nature Photonics, Nature Communication, and Physical Review Letters. At the same time, many related devices, including high power compact fiber laser and biomedical imaging for surgical navigation system, have demonstrated their applications in industry with good social benefits and economic values. The main research directions are: ultrafast optics theory, filamentation, multiple photon ionization, air lasing, spectroscopy-based environmental monitoring, high-power femtosecond fiber laser, mid-infrared light source and device, opto-mechanical design, measurement and control technology, biomedical imaging using microscopy, optical coherence tomography and artificial intelligence, surgical navigation system, rehabilitation robot, frequency comb, and their applications.
The Optical-field Manipulation And Super-resolution Imaging Team
The optical-field manipulation and super-resolution imaging team at USST is one of the key innovation teams selected by the Shanghai High Level Universities Initiative. Currently the team has 27 members, including OSA Fellow, SPIE Fellow as well as talents at the national, provincial and ministerial levels. In the past three years, the Nanophotonics team has established its international reputation with more than 110 peer reviewed publications in internationally renowned journals including Nature Photonics, Science Advances, Physical Review Letters,and numerous keynote and invited presentations at international conferences. During the same period, team members have been awarded 17 national invention patents with additional 16 national invention patents filed. Main research interests of the Nanophotonics team at USST include spatially and temporally structured light, nanomaterials and nanostructures, interaction between structured optical fields and nanomaterials / nanosctructures, nanophotonic devices and instrumentation.
Team of PrecisionSpectral Detection in Biomedicine
Precision spectrum biomedical detection technology is utilized in the team to reveal the correlation among cells, tissues, organs and individuals, aiming to plot out the full picture of those interconnected elements from both macro and micro perspectives. The objective is to develop biomedical detection system based on precision spectrum, all the running projects and feasibility studies within team are also funded to satisfy our long vision which is to develop advanced biomedical instrument and equipment.
By taking advantage of the physical characteristics of different spectral bands of multispectral spectrum, our team promotes the application of precision spectral biomedical detection technology in biology and biomedicine through well-organized research on cells and tissues. We are also developing precision spectrum biomedical detection and analysis instrument for biomedical auxiliary diagnosis. The multispectral fingerprint information of biological tissues was re-constructed by exploring the characteristic spectrum of different biological structures and influencing factors in vivo and in vitro. Based on the construction of multi-band spectral analysis suitable for biological tissue or structure detection, the real-time multi-spectral analysis system can be realized, which may provide auxiliary support for further medical diagnosis.
If you want to know more about USST, please click http://en.usst.edu.cn/About_USST2/Introduction.htm.