Mr. Shangqing Gong | Vaccine Development | Best Researcher Award

University of South China | China

Mr. Shangqing Gong is a highly prolific researcher affiliated with East China University of Science and Technology, specializing in quantum optics, optical non-reciprocity, optomechanics, and nonlinear light–matter interaction. His publication record includes over two hundred scientific works, with a citation count exceeding several thousand, and a strong h-index indicating his influence in the field. He has been involved in multiple collaborative research projects across institutions, contributing both theoretical and experimental advances, particularly in cavity quantum electrodynamics, electromagnetically induced transparency, and opto-electromechanical hybrid systems.Gong’s contributions extend to designing schemes for nonreciprocal cavities using chiral broadening, demonstrating isolation contrasts between clockwise and counter-clockwise cavity modes, and exploring the nonreciprocal transmission of vortex beams via Raman transitions. He has worked on enhancing cross-Kerr nonlinearities through mechanical parametric amplification, applying these to photon blockade effects and optomechanical electrometers. His research also involves electrical control of nonlinear optical phenomena in hybrid systems, coupling optical and mechanical modes with adjustable interactions, as well as theoretical proposals for phase-controllable four-wave mixing between microwave and optical domains. Mr. Gong collaborates with co-authors from multiple universities, contributes to international journals, and engages in multi-disciplinary work spanning physics, optics, and materials science.His professional memberships include participation in scientific societies related to optics and photonics; he also serves peer reviewer or contributor roles in journals and conferences in quantum optics and photonics. His areas of research encompass optical isolation devices, non-linear optics, optomechanical coupling, quantum information processing, light-matter coupling, and photon-phonon interaction. Through his work, Gong has advanced understanding of how nonlinear optical effects can be engineered, controlled, and applied in devices for photonic communication, sensing, and quantum technologies.

Profile: Google Scholar

Featured Publications

Gong, S., Zhang, M., Dai, J., & Jiang, Y. (2025). Dynamic analysis and optimal control of fractional-order time-delayed SIR models with medical observation and Hattaf-Yousfi functional responses. Results in Engineering, 107209.

Gong, S., Zhang, M., Dai, J., & Jiang, Y. (2025). Dynamic optimal control of an SEIQRS epidemic model on complex network. [Journal Name, Volume(Issue), pages if available].