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Matter and Radiation at Extremes, Volume. 8, Issue 5, 058401(2023)

The near-room-temperature upsurge of electrical resistivity in Lu-H-N is not superconductivity, but a metal-to-poor-conductor transition

Di Peng1,2,3、*, Qiaoshi Zeng1,4, Fujun Lan1, Zhenfang Xing1,5, Yang Ding1, and Ho-kwang Mao1,4
Author Affiliations
  • 1Center for High Pressure Science and Technology Advanced Research, Shanghai 201203, China
  • 2Key Laboratory of Materials Physics, Institute of Solid State Physics, HFIPS, Chinese Academy of Sciences, Hefei 230031, China
  • 3University of Science and Technology of China, Hefei 230026, China
  • 4Shanghai Key Laboratory of Material Frontiers Research in Extreme Environments (MFree), Shanghai Advanced Research in Physical Sciences (SHARPS), Shanghai 201203, China
  • 5State Key Laboratory of Superhard Materials, Institute of Physics, Jilin University, Changchun 130012, China
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    [1] N.Dasenbrock-Gammon, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, E.Snider, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, R.McBride, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, H.Pasan, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, D.Durkee, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, N.Khalvashi-Sutter, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, S.Munasinghe, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, S. E.Dissanayake, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, K. V.Lawler, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, A.Salamat, N.Dasenbrock-Gammon, E.Snider, R.McBride, H.Pasan, D.Durkee, N.Khalvashi-Sutter, S.Munasinghe, E.Dissanayake S., V.Lawler K., A.Salamat, R. and, R. P.Dias. Evidence of near-ambient superconductivity in a N-doped lutetium hydride. Nature, 615, 244-250(2023).

    [2] X.Ming, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, Y. J.Zhang, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, X.Zhu, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, Q.Li, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, C.He, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, Y.Liu, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, T.Huang, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, G.Liu, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, B.Zheng, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, H.Yang, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, J.Sun, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, X.Xi, X.Ming, J.Zhang Y., X.Zhu, Q.Li, C.He, Y.Liu, T.Huang, G.Liu, B.Zheng, H.Yang, J.Sun, X.Xi, H. and, H. H.Wen. Absence of near-ambient superconductivity in LuH2±xNy. Nature, (published online)(2023).

    [3] S.Cai, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, J.Guo, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, H.Shu, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, L.Yang, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, P.Wang, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, Y.Zhou, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, J.Zhao, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, J.Han, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, Q.Wu, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, W.Yang, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, T.Xiang, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, H.-k.Mao, S.Cai, J.Guo, H.Shu, L.Yang, P.Wang, Y.Zhou, J.Zhao, J.Han, Q.Wu, W.Yang, T.Xiang, H.-k.Mao, L.Sun and, L.Sun. No evidence of superconductivity in a compressed sample prepared from lutetium foil and H2/N2 gas mixture. Matter Radiat. Extremes, 8, 048001(2023).

    [4] P.Shan, P.Shan, N.Wang, X.Zheng, Q.Qiu, Y.Peng, J.Cheng and, N.Wang, P.Shan, N.Wang, X.Zheng, Q.Qiu, Y.Peng, J.Cheng and, X.Zheng, P.Shan, N.Wang, X.Zheng, Q.Qiu, Y.Peng, J.Cheng and, Q.Qiu, P.Shan, N.Wang, X.Zheng, Q.Qiu, Y.Peng, J.Cheng and, Y.Peng, P.Shan, N.Wang, X.Zheng, Q.Qiu, Y.Peng, J.Cheng and, J.Cheng. Pressure-induced color change in the lutetium dihydride LuH2. Chin. Phys. Lett., 40, 046101(2023).

    [5] Y.-J.Zhang, Y.-J.Zhang, X.Ming, Q.Li, X.Zhu, B.Zheng, Y.Liu, C.He, H.Yang, H.-H.Wen and, X.Ming, Y.-J.Zhang, X.Ming, Q.Li, X.Zhu, B.Zheng, Y.Liu, C.He, H.Yang, H.-H.Wen and, Q.Li, Y.-J.Zhang, X.Ming, Q.Li, X.Zhu, B.Zheng, Y.Liu, C.He, H.Yang, H.-H.Wen and, X.Zhu, Y.-J.Zhang, X.Ming, Q.Li, X.Zhu, B.Zheng, Y.Liu, C.He, H.Yang, H.-H.Wen and, B.Zheng, Y.-J.Zhang, X.Ming, Q.Li, X.Zhu, B.Zheng, Y.Liu, C.He, H.Yang, H.-H.Wen and, Y.Liu, Y.-J.Zhang, X.Ming, Q.Li, X.Zhu, B.Zheng, Y.Liu, C.He, H.Yang, H.-H.Wen and, C.He, Y.-J.Zhang, X.Ming, Q.Li, X.Zhu, B.Zheng, Y.Liu, C.He, H.Yang, H.-H.Wen and, H.Yang, Y.-J.Zhang, X.Ming, Q.Li, X.Zhu, B.Zheng, Y.Liu, C.He, H.Yang, H.-H.Wen and, H.-H.Wen. Pressure induced color change and evolution of metallic behavior in nitrogen-doped lutetium hydride. Sci. China Phys., Mech. Astron., 66, 287411(2023).

    [6] S.Zhang, S.Zhang, J.Bi, R.Zhang, P.Li, F.Qi, Z.Wei, Y.Cao and, J.Bi, S.Zhang, J.Bi, R.Zhang, P.Li, F.Qi, Z.Wei, Y.Cao and, R.Zhang, S.Zhang, J.Bi, R.Zhang, P.Li, F.Qi, Z.Wei, Y.Cao and, P.Li, S.Zhang, J.Bi, R.Zhang, P.Li, F.Qi, Z.Wei, Y.Cao and, F.Qi, S.Zhang, J.Bi, R.Zhang, P.Li, F.Qi, Z.Wei, Y.Cao and, Z.Wei, S.Zhang, J.Bi, R.Zhang, P.Li, F.Qi, Z.Wei, Y.Cao and, Y.Cao. Electronic and magnetic properties of Lu and LuH2. AIP Adv., 13, 065117(2023).

    [7] K. P.Hilleke, P.Hilleke K., X.Wang, D.Luo, N.Geng, B.Wang, E.Zurek and, X.Wang, P.Hilleke K., X.Wang, D.Luo, N.Geng, B.Wang, E.Zurek and, D.Luo, P.Hilleke K., X.Wang, D.Luo, N.Geng, B.Wang, E.Zurek and, N.Geng, P.Hilleke K., X.Wang, D.Luo, N.Geng, B.Wang, E.Zurek and, B.Wang, P.Hilleke K., X.Wang, D.Luo, N.Geng, B.Wang, E.Zurek and, E.Zurek. Structure, stability and superconductivity of N-doped lutetium hydrides at kbar pressures(2023).

    [8] X.Xing, X.Xing, C.Wang, L.Yu, J.Xu and, C.Wang, X.Xing, C.Wang, L.Yu, J.Xu and, L.Yu, X.Xing, C.Wang, L.Yu, J.Xu and, J.Xu. Observation of non-superconducting phase changes in LuH2±xNy(2023).

    [9] N.Wang, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, J.Hou, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, Z.Liu, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, P.Shan, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, C.Chai, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, S.Jin, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, X.Wang, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, Y.Long, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, Y.Liu, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, H.Zhang, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, X.Dong, N.Wang, J.Hou, Z.Liu, P.Shan, C.Chai, S.Jin, X.Wang, Y.Long, Y.Liu, H.Zhang, X.Dong, J.Cheng and, J.Cheng. Percolation-induced resistivity drop in cold-pressed LuH2(2023).

    [10] S.-W.Kim, S.-W.Kim, J.Conway L., J.Pickard C., L.Pascut G., B.Monserrat and, L. J.Conway, S.-W.Kim, J.Conway L., J.Pickard C., L.Pascut G., B.Monserrat and, C. J.Pickard, S.-W.Kim, J.Conway L., J.Pickard C., L.Pascut G., B.Monserrat and, G. L.Pascut, S.-W.Kim, J.Conway L., J.Pickard C., L.Pascut G., B.Monserrat and, B.Monserrat. Microscopic theory of colour in lutetium hydride(2023).

    [11] X.Tao, X.Tao, A.Yang, S.Yang, Y.Quan, P.Zhang and, A.Yang, X.Tao, A.Yang, S.Yang, Y.Quan, P.Zhang and, S.Yang, X.Tao, A.Yang, S.Yang, Y.Quan, P.Zhang and, Y.Quan, X.Tao, A.Yang, S.Yang, Y.Quan, P.Zhang and, P.Zhang. Leading components and pressure-induced color changes in N-doped lutetium hydride. Sci. Bull, 68, 1372(2023).

    [12] Y.Sun, Y.Sun, F.Zhang, S.Wu, V.Antropov, K.-M.Ho and, F.Zhang, Y.Sun, F.Zhang, S.Wu, V.Antropov, K.-M.Ho and, S.Wu, Y.Sun, F.Zhang, S.Wu, V.Antropov, K.-M.Ho and, V.Antropov, Y.Sun, F.Zhang, S.Wu, V.Antropov, K.-M.Ho and, K.-M.Ho. Effect of nitrogen doping and pressure on the stability of cubic LuH3. Phys. Rev. B, 108, L020101(2023).

    [13] N. P.Salke, P.Salke N., C.Mark A., M.Ahart, R. and, A. C.Mark, P.Salke N., C.Mark A., M.Ahart, R. and, M.Ahart, P.Salke N., C.Mark A., M.Ahart, R. and, R. J.Hemley. Evidence for near ambient superconductivity in the Lu-N-H system(2023).

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    Di Peng, Qiaoshi Zeng, Fujun Lan, Zhenfang Xing, Yang Ding, Ho-kwang Mao. The near-room-temperature upsurge of electrical resistivity in Lu-H-N is not superconductivity, but a metal-to-poor-conductor transition[J]. Matter and Radiation at Extremes, 2023, 8(5): 058401

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    Paper Information

    Category: High Pressure Physics and Materials Science

    Received: Jul. 5, 2023

    Accepted: Jul. 9, 2023

    Published Online: Nov. 21, 2023

    The Author Email:

    DOI:10.1063/5.0166430

    Topics

    laser devices and laser physics
    Lasers and Laser Optics
    Laser physics
    laser manufacturing
    Instrumentation, Measurement and Metrology