Jinsheng Lu

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About

Jinsheng Lu is a leading researcher in optical manipulation, whose work bridges the fluid and solid domains of light–matter interactions. His most-cited paper, "Optical manipulation: from fluid to solid domains" (2023, 50 citations), provides a comprehensive framework for understanding how light’s momentum can be harnessed to control particles across diverse states—from biological fluids to rigid structures. This contribution has profound implications for fields as varied as biochemistry, robotics, and quantum physics, where precise, non-contact manipulation is essential. By advancing the theoretical and practical foundations of optical tweezers, Lu has helped expand their utility beyond traditional liquid environments into solid-state systems, enabling new applications in nanofabrication and material assembly. His work is recognized for elegantly unifying disparate phenomena under a single physical principle, making complex concepts accessible to a broad scientific audience. With a growing citation record and a reputation for clarity and innovation, Lu continues to shape the future of photonics and optomechanics, inspiring both experimentalists and theorists to explore the untapped potential of light as a tool for precision control.