Surface-state Coulomb repulsion accelerates a metal-insulator transition in topological semimetal nanofilms | Zendy

S. Ito | Zendy; Masashi Arita | Zendy; Jun Haruyama | Zendy; Baojie Feng | Zendy; W.-C. Chen | Zendy; H. Namatame | Zendy; M. Taniguchi | Zendy; ChengMaw Cheng | Zendy; Guang Bian | Zendy; S.J. Tang | Zendy; T.C. Chiang | Zendy; Osamu Sugino | Zendy; Fumio Komori | Zendy; Iwao Matsuda | Zendy

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Surface-state Coulomb repulsion accelerates a metal-insulator transition in topological semimetal nanofilms

Author(s) -

S. Ito,

Masashi Arita,

Jun Haruyama,

Baojie Feng,

W.-C. Chen,

H. Namatame,

M. Taniguchi,

ChengMaw Cheng,

Guang Bian,

S.J. Tang,

T.C. Chiang,

Osamu Sugino,

Fumio Komori,

Iwao Matsuda

Publication year - 2020

Publication title -

science advances

Language(s) - Uncategorized

Resource type - Journals

SCImago Journal Rank - 5.928

H-Index - 146

ISSN - 2375-2548

DOI - 10.1126/sciadv.aaz5015

Subject(s) - topological insulator , coulomb , semimetal , condensed matter physics , surface states , surface (topology) , topology (electrical circuits) , insulator (electricity) , metal–insulator transition , metal , materials science , physics , quantum mechanics , optoelectronics , band gap , geometry , mathematics , electron , combinatorics , metallurgy

Increased Coulomb repulsion from surface states substantially modulates quantum confinement in topological semimetal nanofilms.

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