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Wanying Li

As seen in: Color Research & Application, Nature, Wiley, Wiley Online Library, Frontiers, MDPI, Taylor & Francis Online, ACS Publications, Royal Society of Chemistry, Canadian Journal of Infectious Diseases & Medical Microbiology and
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Articles

Fermi-level depinning achieved by high-work-function Au 1-x Se x alloy contacts for high-performance p-type WSe 2 transistors

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By Wanying Li, Yipu Xia, Hai Wang, Shaogang Xu, Yujia Deng, Tianyuan Chen, Sujuan Ding, Lin-Yun Huang, Fangyuan Zheng, Wanqing Meng, Dong-Keun Ki, Xuming Zhang, Mingxin Huang, Hu Xu, Bo Wang, Chuanhong Jin, Junqiu Zhang, Lain-Jong Li, Yuanhao Kou, Chun Kit Ng, Fanqi Wei, Chengdong Yao, Maohai Xie
| Nature Verified
Abstract P-type contact in two-dimensional (2D) transition metal dichalcogenides (TMDs) faces more severe Fermi-level pinning (FLP) than their n-type counterparts due to the damage caused by high-work-function metal deposition. Here, we demonstrate a simple molecular beam epitaxy (MBE) contact strategy using a high-work-function (5.8 eV) Au1-xSex alloy to achieve Fermi-level depinning in monolayer WSe2 p-type transistors.
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Multimodal ion-gated transistor based on 2D superionic conductor for in-memory computing in deep learning

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By Tianming Du, Jinhong Du, Xin Yu, Jinmeng Tong, Jiajun Xu, Wanying Li, Zhibo Liu, Chen Li, Wencai Ren
| Nature Verified
Abstract For neuromorphic computing, integrating multiply-accumulate operations and nonlinear activation within a single device can reduce latency and power consumption while improving computational efficiency. However, these operations impose conflicting requirements: multiply-accumulate requires highly linear and non-volatile resistance states, while activation requires diverse nonlinear synaptic behaviors. These contrasting demands make integrating both functions in a single device challenging.
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Editorial: Development and validation of new molecular probes of nuclear medicine and new targets of nuclear drugs in cancers

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By Wanying Li, Ziyang Wang, Xiaoliang Chen, Yong Qin, Dong Dai
| Frontiers
Introduction Nuclear medicine is undergoing a rapid transition from conventional diagnostic imaging to integrated theranostics, establishing itself as a key component of precision oncology. Advances in radiochemistry, molecular biology, and quantitative imaging have converged to create unprecedented opportunities for both tumor characterization and targeted treatment.
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