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Ke Yin

As seen in: Nature, Wiley Online Library, arXiv, ScienceDirect, Frontiers, MDPI, ACS Publications, Science Magazine, Royal Society of Chemistry, Physical Review B and
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Articles

Multimodal locking-enabled robust and day-scale low-repetition-rate soliton microcomb for high-precision metrology

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By Jian Tang, Jun Yang, Enqi Yan, Guangyao Huang, Ke Yin, Donglai Tian, Xiaoyang Lei, Jiyuan Huang, Mingyue Yang, Haoran Ding, Shuhua Yan, Ke Wei, Lingxiao Zhu, Guochao Wang, Tian Jiang
| Nature Verified
Abstract Chip-scale soliton microcombs, particularly those operating at low, electronically detectable repetition rates (≤ 26.5 GHz), are highly promising for portable metrology. However, their practical deployment has been critically hindered by poor robustness against intracavity noise and environmental perturbations.
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Overcoming the thermo-refractive noise limit for a full-spectrum Hertz-linewidth microcomb

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By Chao Zhou, Runlin Miao, Pan Han, Mingxin Yang, Xing Zou, Ke Wei, Ke Yin, Tian Jiang
| Nature Verified
Abstract Chip-scale microcombs combining high repetition rates and Hertz-level linewidths are critical for precision measurements and parallel coherent communications. Self-injection locking (SIL) has been widely used but faces a fundamental limitation: the microresonator must simultaneously generate the comb and suppress noise, creating a coherence ceiling set by thermo-refractive noise (TRN). This imposes a fundamental trade-off between repetition rate and linewidth.
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Critical point–based wireless sensors enabling tiny perturbation detection

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By Robert A Kozol, Peishi Rao, Yvonne T. Kschonsak, Chao Ma, Ke Yin, Zhuoyu Zhang, Ruyi Huang, Yuangen Huang, Lanyue Gan, Yuxuan Liu, Fan Xia, Tian Xia, Yufan Chen, Wangchang Li, Lian-Mao Peng, Tianyu Dong, Youfan Hu
| Science Magazine Verified
Abstract INTRODUCTION RESULTS DISCUSSION MATERIALS AND METHODS Acknowledgments Supplementary Materials REFERENCES Information & Authors Metrics & Citations View Options References Figures Tables Media Share Abstract High quality factor and sensitivity are critical to wireless sensors targeting small perturbation detection. Although introducing parity-time symmetric dynamics promises enhanced performance, the symmetric scheme often yields limited sensing behaviors.
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