Current Position: Yuelu Distinguished Professor, Dept. of Computer Science, Hunan University
Current Position: Tenure-track Associate Professor, Northwestern Polytechnical University
Current Position: Assistant Researcher, Shanghai Institute of Optics Fine Mechanics, Chinese Academy of Sciences
Current Position: Associate Professor ("Hundred Talents Program"), Sun Yat-sen University
Thesis: Three-dimensional multimodal optical microscopy with high spatial-temporal resolution for biomedical imaging applications
Current Position: stay temporarily
Thesis: Pushing Accuracy and Spatial Resolution Limits in Interferometric Quantitative Phase Microscopy; link
Current Position: stay temporarily
Thesis: Characterization and manipulation of cell nuclear activities in living cells; link
Current Position: Technician, HKUST (GZ)
Thesis: Development of compact morpho-molecular microscopy and depth-resolved quantitative phase microscopy for biomedical imaging and analysis; link
Current Position: Tenure-track faculty, Shenzhen Polytechnic University
Thesis: Towards interpretable and high-fidelity deep learning in quantitative phase imaging; link
Current Position: PhD student, The University of Hong Kong
Thesis: Development of deep neural networks for quantitative phase reconstruction, cell classification, and all-optical computing; link
Current Position: stay as postdoc
Thesis: Development of high-speed optical diffraction tomography for label-free cell dynamics tracking and large-scale single-cell phenotyping; link
Current Position: Tenure-track faculty, University of Shanghai for Science and Technology
Thesis: Pushing phase sensitivity limit of quantitative phase microscopy for nanometrology and label-free bioimaging; link
Current Position: Senior Optical Scientist, Shenzhen BJR Biomedical Tech. Co., Ltd.
Project: Cell fixation for super-resolution florescence imaging
Project: Remote Cell Imaging with Quantitative Phase Microscopy
Project: Structured illumination microscopy with fluorescent samples
Project: Manipulate cell nucleus mechanics by optogenetic approach and study nucleus stiffness through quantitative phase imaging
Project: Manipulate cell nucleus mechanics by optogenetic approach and study nucleus stiffness through quantitative phase imaging
Project: Development of a phase-retrieval method in a synthetic aperture phase microscope for tissue imaging applications
Project: Development of a real-time data-processing algorithm in a high sensitivity quantitative phase microscope
Project: Development of a machine-learning based approach for real-time blood smear testing using portable quantitative phase imaging
Project: Develop a low-cost microscope for medical applications in remote areas
Project: Develop a machine-learning based blood testing system
Project: RNA Aptamer Probe Influenza Detector
Project: Build a high-sensitivity polarized light microscope
Project: Developing a 3D volume rendering and feature extraction method for optical diffraction tomography (ODT)
Undergraduate student, School of Optical and Electronic Information, Huazhong University of Science and Technology
Exchange graduate student, Graduate student, College of Physics and Optoelectronic Engineering, Shenzhen University