2017年2月17日,日本东京大学与以色列霍隆理工学院(Holon Institute of Technology)、以色列魏茨曼科学研究学院(Weizmann Institute of Science)以及日本理化学研究所等机构的研究人员组成的联合研发小组公布最新成果,小组通过固体绝缘材料作为电解质栅极实现了对二硫化钨(WS_2)纳米管导电性的控制,并通过实验实现了材料的超导状态。实验以KClO_4为栅极材料,随着电压增加,电解质中的离子在物质表面和原子层之间大量聚集,电荷随之增加,从 On February 17, 2017, a joint research team consisting of researchers from the University of Tokyo in Japan with the Holon Institute of Technology in Israel, the Weizmann Institute of Science in Israel and the Japan Institute of Chemistry and Chemistry The group released the latest results. The group achieved the control of the electrical conductivity of tungsten disulfide (WS_2) nanotubes by using solid insulating material as the electrolyte grid and achieved the superconducting state of the material through experiments. Experimental KClO_4 as the gate material, with the voltage increases, the electrolyte ions in the material surface and the atomic layer of a large number of accumulation, the charge increases, from