Search Results - "Sun, Hantao"

Stereoelectronic Effect-Induced Conductance Switching in Aromatic Chain Single-Molecule Junctions by Xin, Na, Wang, Jinying, Jia, Chuancheng, Liu, Zitong, Zhang, Xisha, Yu, Chenmin, Li, Mingliang, Wang, Shuopei, Gong, Yao, Sun, Hantao, Zhang, Guanxin, Liu, Zhirong, Zhang, Guangyu, Liao, Jianhui, Zhang, Deqing, Guo, Xuefeng

“…Biphenyl, as the elementary unit of organic functional materials, has been widely used in electronic and optoelectronic devices. However, over decades little…”
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Origin and mechanism analysis of asymmetric current fluctuations in single-molecule junctions by Gu, Chunhui, Wang, Hao, Sun, Hantao, Liao, Jianhui, Hou, Shimin, Guo, Xuefeng

“…The measurements of molecular electronic devices usually suffer from serious noise. Although noise hampers the operation of electric circuits in most cases,…”
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Fluxonium: An Alternative Qubit Platform for High-Fidelity Operations by Bao, Feng, Deng, Hao, Ding, Dawei, Gao, Ran, Gao, Xun, Huang, Cupjin, Jiang, Xun, Ku, Hsiang-Sheng, Li, Zhisheng, Ma, Xizheng, Ni, Xiaotong, Qin, Jin, Song, Zhijun, Sun, Hantao, Tang, Chengchun, Wang, Tenghui, Wu, Feng, Xia, Tian, Yu, Wenlong, Zhang, Fang, Zhang, Gengyan, Zhang, Xiaohang, Zhou, Jingwei, Zhu, Xing, Shi, Yaoyun, Chen, Jianxin, Zhao, Hui-Hai, Deng, Chunqing

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Efficient Fabrication of Stable Graphene‐Molecule‐Graphene Single‐Molecule Junctions at Room Temperature by Sun, Hantao, Jiang, Zhuoling, Xin, Na, Guo, Xuefeng, Hou, Shimin, Liao, Jianhui

“…We present a robust approach to fabricate stable single‐molecule junctions at room temperature using single‐layer graphene as nanoelectrodes. Molecular scale…”
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Native Approach to Controlled-Z Gates in Inductively Coupled Fluxonium Qubits by Ma, Xizheng, Zhang, Gengyan, Wu, Feng, Bao, Feng, Chang, Xu, Chen, Jianjun, Deng, Hao, Gao, Ran, Gao, Xun, Hu, Lijuan, Ji, Honghong, Ku, Hsiang-Sheng, Lu, Kannan, Ma, Lu, Mao, Liyong, Song, Zhijun, Sun, Hantao, Tang, Chengchun, Wang, Fei, Wang, Hongcheng, Wang, Tenghui, Xia, Tian, Ying, Make, Zhan, Huijuan, Zhou, Tao, Zhu, Mengyu, Zhu, Qingbin, Shi, Yaoyun, Zhao, Hui-Hai, Deng, Chunqing

“…The fluxonium qubits have emerged as a promising platform for gate-based quantum information processing. However, their extraordinary protection against charge…”
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The origin of the transition voltage of gold–alkanedithiol–gold molecular junctions by Xiang, An, Wang, Minglang, Wang, Hao, Sun, Hantao, Hou, Shimin, Liao, Jianhui

“…[Display omitted] •The transition voltages of Au–octanedithiol–Au-junctions have been measured.•The measured transition voltage is determined by the Au–S bonds…”
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Origin and mechanism analysis of asymmetric current fluctuations in single-molecule junctionsElectronic supplementary information (ESI) available: Molecular synthesis, detailed device characterization and statistics, current-time profile of more single-molecule and control devices, detailed theoretical calculations. See DOI: 10.1039/c8ra08508k by Gu, Chunhui, Wang, Hao, Sun, Hantao, Liao, Jianhui, Hou, Shimin, Guo, Xuefeng

“…The measurements of molecular electronic devices usually suffer from serious noise. Although noise hampers the operation of electric circuits in most cases,…”
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Characterization of loss mechanisms in a fluxonium qubit by Sun, Hantao, Wu, Feng, Ku, Hsiang-Sheng, Ma, Xizheng, Qin, Jin, Song, Zhijun, Wang, Tenghui, Zhang, Gengyan, Zhou, Jingwei, Shi, Yaoyun, Zhao, Hui-Hai, Deng, Chunqing

“…Using a fluxonium qubit with in situ tunability of its Josephson energy, we characterize its energy relaxation at different flux biases as well as different…”
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Unraveling the role of disorderness in superconducting materials on qubit coherence by Gao, Ran, Wu, Feng, Sun, Hantao, Chen, Jianjun, Deng, Hao, Ma, Xizheng, Miao, Xiaohe, Song, Zhijun, Wan, Xin, Wang, Fei, Xia, Tian, Ying, Make, Zhang, Chao, Shi, Yaoyun, Zhao, Hui-Hai, Deng, Chunqing

“…Introducing disorderness in the superconducting materials has been considered promising to enhance the electromagnetic impedance and realize noise-resilient…”
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Achieving millisecond coherence fluxonium through overlap Josephson junctions by Wang, Fei, Lu, Kannan, Zhan, Huijuan, Ma, Lu, Wu, Feng, Sun, Hantao, Deng, Hao, Bai, Yang, Bao, Feng, Chang, Xu, Gao, Ran, Gao, Xun, Gong, Guicheng, Hu, Lijuan, Hu, Ruizi, Ji, Honghong, Ma, Xizheng, Mao, Liyong, Song, Zhijun, Tang, Chengchun, Wang, Hongcheng, Wang, Tenghui, Wang, Ziang, Xia, Tian, Xu, Hongxin, Zhan, Ze, Zhang, Gengyan, Zhou, Tao, Zhu, Mengyu, Zhu, Qingbin, Zhu, Shasha, Zhu, Xing, Shi, Yaoyun, Zhao, Hui-Hai, Deng, Chunqing

“…Fluxonium qubits are recognized for their high coherence times and high operation fidelities, attributed to their unique design incorporating over 100…”
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Native approach to controlled-Z gates in inductively coupled fluxonium qubits by Ma, Xizheng, Zhang, Gengyan, Wu, Feng, Bao, Feng, Chang, Xu, Chen, Jianjun, Deng, Hao, Gao, Ran, Gao, Xun, Hu, Lijuan, Ji, Honghong, Ku, Hsiang-Sheng, Lu, Kannan, Ma, Lu, Mao, Liyong, Song, Zhijun, Sun, Hantao, Tang, Chengchun, Wang, Fei, Wang, Hongcheng, Wang, Tenghui, Xia, Tian, Ying, Make, Zhan, Huijuan, Zhou, Tao, Zhu, Mengyu, Zhu, Qingbin, Shi, Yaoyun, Zhao, Hui-Hai, Deng, Chunqing

“…The fluxonium qubits have emerged as a promising platform for gate-based quantum information processing. However, their extraordinary protection against charge…”
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Titanium Nitride Film on Sapphire Substrate with Low Dielectric Loss for Superconducting Qubits by Deng, Hao, Song, Zhijun, Gao, Ran, Xia, Tian, Bao, Feng, Jiang, Xun, Ku, Hsiang-Sheng, Li, Zhisheng, Ma, Xizheng, Qin, Jin, Sun, Hantao, Tang, Chengchun, Wang, Tenghui, Wu, Feng, Yu, Wenlong, Zhang, Gengyan, Zhang, Xiaohang, Zhou, Jingwei, Zhu, Xing, Shi, Yaoyun, Zhao, Hui-Hai, Deng, Chunqing

“…Dielectric loss is one of the major decoherence sources of superconducting qubits. Contemporary high-coherence superconducting qubits are formed by material…”
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Fluxonium: an alternative qubit platform for high-fidelity operations by Bao, Feng, Deng, Hao, Ding, Dawei, Gao, Ran, Gao, Xun, Huang, Cupjin, Jiang, Xun, Ku, Hsiang-Sheng, Li, Zhisheng, Ma, Xizheng, Ni, Xiaotong, Qin, Jin, Song, Zhijun, Sun, Hantao, Tang, Chengchun, Wang, Tenghui, Wu, Feng, Xia, Tian, Yu, Wenlong, Zhang, Fang, Zhang, Gengyan, Zhang, Xiaohang, Zhou, Jingwei, Zhu, Xing, Shi, Yaoyun, Chen, Jianxin, Zhao, Hui-Hai, Deng, Chunqing

“…Phys. Rev. Lett. 129, 010502 (2022) Superconducting qubits provide a promising path toward building large-scale quantum computers. The simple and robust…”
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