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Superconducting and Antiferromagnetic Properties of Dual-Phase V$_3$Ga

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arxiv 2005.14348 v1 pith:PDUKYNKM submitted 2020-05-29 cond-mat.mtrl-sci

Michelle E. Jamer , Brandon Wilfong , Vasiliy D. Buchelnikov , Vladimir V. Sokolovskiy , Olga N. Miroshkina , Mikhail A. Zagrebin , Danil R. Baigutlin , Jared Naphy
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Badih A. Assaf Laura H. Lewis Aki Pulkkinen Bernardo A. Barbiellini Arun Bansil Don Heiman
This is my paper · ORCID
classification cond-mat.mtrl-sci
keywords superconductingantiferromagneticphasesstructureantiferromagnetismatombehaviorbelow
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abstract

The binary compound V$_3$Ga can exhibit two near-equilibrium phases, consisting of the A15 structure that is superconducting, and the Heusler D0$_3$ structure that is semiconducting and antiferromagnetic. Density functional theory calculations show that the two phases are closely degenerate, being separated by only ~10 meV/atom. Magnetization measurements on bulk-grown samples show superconducting behavior below 14 K. These results indicate the possibility of using V$_3$Ga for quantum technology devices utilizing both superconductivity and antiferromagnetism at the same temperature.

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