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Chengkuo Lee on Muck Rack

Chengkuo Lee

As seen in: Nature, Wiley Online Library, MDPI, PNAS, Science Magazine, Journal of Sensors, Nano Convergence Journal
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Articles

An efficient mid-infrared computational spectrometer based on synergistic microcavity-coupled photonic crystal waveguides

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By Yuhan Sun, Jiahua Jiang, Hong Zhi Zhang, Weixiong Huang, Yuheng Liu, Chang Chang, Yixiang Zhang, Chaofeng Ye, Yiming Ma, Xiaochuan Xu, Chengkuo Lee, Yi Zou, Lipeng Xia
| Nature Verified
Abstract The mid-infrared spectral region holds substantial promise for telecommunications, chemical sensing, and biomedical diagnostics applications. These fields increasingly demand high-resolution, miniaturized, and portable spectrometers. Leveraging recent advances in silicon photonics and computational reconstruction techniques, on-chip spectrometers offer a compact and lightweight solution.
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Soft tactile chip with in-situ sensing for haptic rendering and reverse feedback enhanced gross to fine teleoperation

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By Minglu Zhu, Rui Wang, Zhanpeng Du, Qi Sun, Ke Chen, Lining Sun, Cheng Fan, Chengkuo Lee, Xuan Li, Tao Chen, Kuihan Chen
| Nature Verified
Abstract In-situ sensing of feedback actuator offers spatiotemporal consistency of tele-haptic interactions and self-monitoring haptic feedback. Leveraging haptic actuator for fine teleoperation is also worth for investigation. Here, we report a soft tactile chip made by in-situ fabrication of sensor in actuator structure, which is featured by both haptic and thermal sensing and feedback.
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Biomimetic hairy affective-touch sensory AI interface

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By Jianlong Hong, Yukun Xiao, Yuqi Chen, Shengshun Duan, Shengxin Xiang, Xiao Wei, Huiyun Zhang, Lei Liu, Jun Xia, Wei Lei, Qiongfeng Shi, Chengkuo Lee, Jun Wu
| Nature Verified
Abstract The absence of tactile emotion perception limits artificial intelligence (AI) in decoding social behaviors encoded in human physical contact. Here, a biomimetic hairy sensing interface is developed to capture affective touch’s spatiotemporal characteristics and intrinsic features, allowing for accurate emotion recognition. The hairy interface directly induces neuromimetic electric pulse signals under external stimuli without the need for a spike coding circuit.
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