The high-entropy spinel vanadate (LiMgMnCoZn)V2O4 stays cubic to 5 K and shows glassy, heterogeneous magnetic freezing instead of the orbital-order-driven transitions of ordinary spinel vanadates.
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Suppression of orbital ordering and emergence of a glassy magnetic state in a high-entropy spinel vanadate
The high-entropy spinel vanadate (LiMgMnCoZn)V2O4 stays cubic to 5 K and shows glassy, heterogeneous magnetic freezing instead of the orbital-order-driven transitions of ordinary spinel vanadates.