AIAO order in pyrochlore iridates is shown to be a noncollinear d-wave altermagnet analog with SOC-induced momentum-dependent spin splitting and zero-momentum band splitting.
Kareev, Chakhalian J., and Liang Wu
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A perspective review of thin-film synthesis advances that enable strain, dimensional, and interfacial control over quantum states in pyrochlore iridates.
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All-In-All-Out Pyrochlore Iridates as Noncollinear Spin-Orbit Coupled Counterparts of Altermagnets
AIAO order in pyrochlore iridates is shown to be a noncollinear d-wave altermagnet analog with SOC-induced momentum-dependent spin splitting and zero-momentum band splitting.
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Designing Quantum Matter in Pyrochlore Iridates: A Perspective on Recent Thin-Film Advances
A perspective review of thin-film synthesis advances that enable strain, dimensional, and interfacial control over quantum states in pyrochlore iridates.