Matrix Optics Laboratory

Matrix optics is dedicated to integrating mathematics with optics, combining mathematical random matrix theory with optical wavefront shaping, optical imaging, optical computing, and quantum optics, while seamlessly merging with deep learning. It finds applications in medical optical imaging, extreme environment sensing, quantum computing, and other fields. Matrix optics provides a unified spectral representation of high-dimensional parameter spaces for geometric optics, wave optics, and quantum optics, resolving many longstanding challenges in traditional optical domains within its framework.

Latest News

Open Positions: Postdoctoral Fellows at Matrix Optics Laboratory

上海交通大学矩阵光学实验室招聘2名博士后,年薪34万人民币。/ We are seeking 2 talented Postdoctoral Fellows in Optical Imaging, Quantum Optics, and AI.

Computational Optics Wavefront Sensing and Phase Imaging Technology

Computational Optics Wavefront Sensing and Phase Imaging Technology

Prof. Liangcai Cao from Tsinghua University visited our lab and delivered an inspiring seminar on Computational Optics Wavefront …

Optical Coherence Tomography: Technology and Applications

Optical Coherence Tomography: Technology and Applications

Prof. Zhihua Ding from Zhejiang University delivered an insightful seminar on the latest breakthroughs in Optical Coherence Tomography …

Deep Holography, Quantum Imaging and Lensless 3D Endomicroscopy towards Advances in Biomedicine

Deep Holography, Quantum Imaging and Lensless 3D Endomicroscopy towards Advances in Biomedicine

Prof. Juergen Czarske from TUD, Germany, delivered a visionary seminar on leveraging physics-informed deep learning and quantum imaging …

Latest Publications

Label-Free Intraoperative Imaging of Hemodynamics using Deep Learning

Label-Free Intraoperative Imaging of Hemodynamics using Deep Learning

A label-free cross-modal generation framework to synthesize mean transition time (MTT) maps from LSCI and WLI for intraoperative …

Image-guided thoracoscopic segmentectomy via single-shot statistical gating of blood-scattered laser speckle

Image-guided thoracoscopic segmentectomy via single-shot statistical gating of blood-scattered laser speckle

A real-time statistical gating method leveraging single-shot laser speckle to isolate blood-scattered components for precise lung …

Single-frame statistical gating in a speckle pattern generated by the dynamic scattering in disordered medium

Single-frame statistical gating in a speckle pattern generated by the dynamic scattering in disordered medium

A single-frame statistical gating strategy to decompose single and multiple scattering components from a single-shot speckle pattern …

Effects of atropine on choroidal hemodynamics and VEGFA and HIF-1α expression in form-deprivation myopia guinea pigs