NMR study of topological superconductor

用核磁共振研究了一种拓扑超导体CuxBi_2Se_3的强候选者。发现了~（63）Cu，~（209）Bi，~（77）Se的NMR信号，NMR研究表明Bi_2Se_3层为导电层。~（125）Te核磁共振研究表明，在一种新的超导材料Ir 1-xPtxTe 2中存在超导转变，该材料具有很强的自旋-轨道耦合。接下来，关注量子自旋液相附近的超导性。在压力下通过电阻率测量成功地观察到了有机混晶Et_2Me_2As_1-xSb_x [Pd（dmit）_2]_2的超导电性。

A strong candidate of topological superconductor CuxBi2Se3 was studied by NMR. 63Cu, 209Bi, 77Se NMR signals were found. The NMR study indicates that the Bi2Se3 layer is the conducting layer. 125Te NMR study revealed a superconducting transition in a new superconducting material Ir1-xPtxTe2, which has strong spin-orbit coupling. Next, a superconductivity near a quantum spin liquid phase was focused. The superconductivity was successfully observed by resistivity measurement under pressure in organic mixed crystals Et2Me2As1-xSbx[Pd(dmit)2]2.