Neurotechnology

CityU

Brain-Machine Interface, Spiking Neural Networks

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CityU

Neural Device Interface, Retinal Electrical Stimulation

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HKU

Flexible Electronics, Sensors, Transistors

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My research focuses on flexible electronics for brain-computer interface (BCI) applications. This includes the development of conformal ECoG sensors, high-density neural probes, chemical transistor-based sensors, and integrated signal processing circuits. Our work spans from device fabrication and data acquisition to signal processing and AI algorithm development. We welcome opportunities to collaborate with researchers and partners in the BCI field.

CityU

Neural Prosthesis, Brain-Computer Interface

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CUHK

Neurodegenerative Disorders, Sensorimotor Circuits, Neurotechnology

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HKUST

Live Biological Imaging, Nonlinear Microscopy

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CityU

Brain-Computer Interface, Machine Learning, Neural Computation

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HKU

Optical Microscopy and Spectroscopy, Single-Cell Analysis

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HKU

Nanomaterial, Neuromorphic Computing, Optoelectronics

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CityU

Photoacoustic Imaging, Biophotonics

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HKU

Ultrafast Optical Fiber Communication and Imaging

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HKU

Neuroimaging, MRI Development

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CityU

Flexible Electronics, Bio-integrated Electronics

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CityU
Optical Microscopy, Fluorescence Imaging, In vivo Mouse Brain & Eye Imaging, Adaptive Optics, Multi-photon, SIM

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My primary research focuses on developing cutting-edge microscopy technologies for biological studies, particularly for in vivo imaging of the mouse brain and eye.