Shen Shaoxin, Ph.D., Lecturer, Master Supervisor (Optical Engineering), Xiamen University.

In 2016, I received his Ph. D. degree in Optics from the Department of Physics, Xiamen University. I has been working in the School of Information Science and Engineering of Huaqiao University (Xiamen Campus) since 2018. In recent years, I has been engaged in advanced basic and applied research on nanophotonics and advanced optical functional materials, near field enhanced nonlinear spectral mechanism and its application. My research interests include: Design and development of metal, medium, metal/medium composite nano-metamaterials/metamaterials, nanoscale nonlinear optical field regulation, mechanism and application of nonlinear optical frequency conversion technology, ultra-sensitive nonlinear optical sensing and detection, etc. This research direction can provide necessary theoretical and experimental support for the future development of nano-integrated optoelectronics, and has important practical significance for the research of high integration, ultra-miniaturization and low power consumption in Chinese chip technology.

Up to now, I has presided over 4 scientific research projects such as National Natural Science Foundation Youth Science Fund Project, Fujian Provincial Natural Science Foundation Youth Innovation Project, Huaqiao University Science and Technology Innovation Funding Program for Young and middle-aged teachers, Huaqiao University research Start-up Fund Project, and participated in 2 projects of National Natural Science Foundation as backbone members. As the first author/corresponding author and main participant in Nano Letters, Advanced Optical Materials (2), Physical Review Applied, Optics Express (2), The Journal of Nano Letters Chemical Physics, Journal of Physics: I have published 15 academic papers on Condensed Matter, Nanomaterials, Optical Engineering, Acta Physica Sinica, Progress in Laser and optoelectronics and other authoritative journals at home and abroad, and obtained 4 authorized invention patents and 3 utility model patents. The low light nonlinear Spectroscopy Laboratory has a complete test platform suitable for nano-photonics research, including femtosecond laser, picosecond laser, confocal microscopic imaging and spectrum microregion characterization test platform, high resolution electron multiplying CCD and monochromator, angular resolution reflection, absorption, transmission spectrum characterization platform, etc.