Nematic state in CeAuSb
arXiv:1908.07649 · doi:10.1103/PhysRevX.10.011035
Abstract
At ambient pressure and zero field, tetragonal CeAuSb hosts stripe antiferromagnetic order at K. Here we first show via bulk thermodynamic probes and x-ray diffraction measurements that this magnetic order is connected with a structural phase transition to a superstructure which likely breaks symmetry, thus signaling nematic order. The temperature-field-pressure phase diagram of CeAuSb subsequently reveals the emergence of additional ordered states under applied pressure at a multicritical point. Our phenomenological model supports the presence of a vestigial nematic phase in CeAuSb akin to iron-based high-temperature superconductors; however, superconductivity, if present, remains to be discovered.
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