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• W3193670101 endingPage "473001" @default.
• W3193670101 startingPage "473001" @default.
• W3193670101 abstract "Abstract BiCh 2 -based (Ch: S, Se) layered superconductors have attracted extensive attentions because of variation of materials and physical characteristics, which include relatively large spin–orbit coupling originating from bismuth 6 p orbitals, and the possibility of anisotropic superconducting gap. Some of theoretical studies suggested that anisotropic superconductivity is realized in the BiCh 2 -based superconductors. In experimental studies, angle-resolved photoemission spectroscopy measurement on the superconducting states of Nd(O,F)BiS 2 have revealed the anisotropic structure of the superconducting gap, and the absence of isotope effect have been reported, indicating unconventional superconductivity pairing. Furthermore, two-fold-symmetric in-plane anisotropy of magnetoresistance have been observed in the superconducting states of some of Bi(S,Se) 2 -based systems like La(O,F)Bi(S,Se) 2 while the crystal structure possesses a tetragonal square plane with four-fold symmetry. Those results indicate nematic superconductivity is emerging in BiCh 2 -based superconductors. On the basis of the observations suggesting unconventional superconductivity in BiCh 2 -based systems, clarification of pairing mechanisms of superconductivity in BiCh 2 -based superconductors have been highly desired. In this article, we review experimental results on the superconducting gap structure, the pairing mechanism, and related phenomena of BiCh 2 -based superconductors." @default.
• W3193670101 created "2021-08-30" @default.
• W3193670101 creator A5023730387 @default.
• W3193670101 creator A5087373708 @default.
• W3193670101 date "2021-09-08" @default.
• W3193670101 modified "2023-10-18" @default.
• W3193670101 title "Experimental overview on pairing mechanisms of BiCh₂-based (Ch: S, Se) layered superconductors" @default.
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