About us

I am a tenure-track Associate Professor at the School of Artificial Intelligence, Shanghai Jiao Tong University. I received my Ph.D. from SJTU in 2021 and B.Eng. from UESTC in 2016. From Mar 2022 to Mar 2025, I worked as a postdoctoral researcher at Sigma Lab, THU (Advisor: Prof. Lu Fang). From Dec 2020 to Oct 2021, I was a researcher at Alibaba DAMO Academy. From May 2019 to Nov 2020, I was a visiting scholar at HKU (Hosts: Prof. Ngai Wong).

Our Computing Technology Laboratory (CLab) is a multidisciplinary research group positioned at the intersection of computational methodologies and artificial intelligence. We are dedicated to advancing the frontiers of AI applications, including large models, multi-modal perception, embodied intelligence, and more. Our research is characterized by the co-design of large-scale algorithms, in-sensor computing architectures, edge intelligence systems, and neuromorphic sensors. By synergizing hardware-software and opto-electronic integration, we aim to deliver scalable, versatile, and energy-efficient solutions to empower the next-generation everything-intelligent AI era.

We are looking for talented phd/master students, research assistants, interns, and postdocs (招生贴). If you are interested in working with us, feel free to contact email.

News

• Dec. 15, 2025: The work of reconfigurable ONN is published in Science Bulletin.
• Dec. 07, 2025: The work of multi-dimensional ONN is published in Small Science.
• Aug. 27, 2025: The work of DTU is published in Nature Photonics.
• Jun. 03, 2025: The work of Brillouin sensing is published in Light: Science & Applications.
• Sep. 17, 2024: The work of photonic in-memory sensing is published in ACS Nano.
• Feb. 26, 2024: The work of L²ONN is published in Light: Science & Applications.
• One paper is submitted to ECCV.
• Four papers are submitted to ICML.
• One paper is submitted to SIGGRAPH.
• One paper is submitted to Nature Sensors.
• Feb. 21, 2026: One paper is accepted by CVPR.
• Feb. 07, 2026: Paper “Self-reconfigurable polarization perception in dual-anisotropy heterostructures enables high-dimensional in-sensor computing” accepted by Nature Sensors.
• Dec. 03, 2025: Paper “Reconfigurable bipolar and nonlinear photoresponse in 2D photodetectors for high-performance optical neural networks” accepted by Science Bulletin.
• Nov. 14, 2025: Paper “Reconfigurable magneto-optoelectronic devices for multi-dimensional optical neural network” accepted by Small Science.
• May. 23, 2025: Paper “Diffractive tensorized unit for million-TOPS general-purpose computing” accepted by Nature Photonics.
• Apr. 01, 2025: I joined School of Artificial Intelligence, Shanghai Jiao Tong University as an Associate Professor.
• Mar. 21, 2025: Paper “High-spatiotemporal-resolution distributed Brillouin sensing with transient acoustic wave” accepted by Light: Science & Applications.
• Sep. 05, 2024: Paper “Photoresponsive two-dimensional magnetic junctions for reconfigurable in-memory sensing” accepted by ACS Nano.
• Dec. 19, 2023: Paper “Photonic neuromorphic architecture for tens-of-task lifelong learning” accepted by Light: Science & Applications.

You can find our latest publications on Google Scholar.

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