Correlated oxide Dirac semimetal in the extreme quantum limit | Zendy

Jong Mok Ok | Zendy; Narayan Mohanta | Zendy; Jie Zhang | Zendy; Sangmoon Yoon | Zendy; Satoshi Okamoto | Zendy; Eun Sang Choi | Zendy; Hua Zhou | Zendy; Megan Briggeman | Zendy; Patrick Irvin | Zendy; Andrew R. Lupini | Zendy; YunYi Pai | Zendy; Elizabeth Skoropata | Zendy; Changhee Sohn | Zendy; Haoxiang Li | Zendy; H. Miao | Zendy; Benjamin J. Lawrie | Zendy; Woo Seok Choi | Zendy; Gyula Eres | Zendy; Jeremy Levy | Zendy; Ho Nyung Lee | Zendy

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Correlated oxide Dirac semimetal in the extreme quantum limit

Author(s) -

Jong Mok Ok,

Narayan Mohanta,

Jie Zhang,

Sangmoon Yoon,

Satoshi Okamoto,

Eun Sang Choi,

Hua Zhou,

Megan Briggeman,

Patrick Irvin,

Andrew R. Lupini,

YunYi Pai,

Elizabeth Skoropata,

Changhee Sohn,

Haoxiang Li,

H. Miao,

Benjamin J. Lawrie,

Woo Seok Choi,

Gyula Eres,

Jeremy Levy,

Ho Nyung Lee

Publication year - 2021

Publication title -

science advances

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 5.928

H-Index - 146

ISSN - 2375-2548

DOI - 10.1126/sciadv.abf9631

Subject(s) - semimetal , dirac (video compression format) , physics , electron , realization (probability) , topology (electrical circuits) , condensed matter physics , symmetry (geometry) , dirac fermion , electronic band structure , limit (mathematics) , quantum limit , topological insulator , band gap , quantum , graphene , quantum mechanics , mathematics , statistics , geometry , combinatorics , neutrino , mathematical analysis

Signatures of strong correlation of Dirac electrons are discovered in an oxide-based correlated topological quantum material.

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