Unusual structural tuning of magnetism in cuprate perovskites
Jorge Íñiguez, Taner Yildirim
DOI 10.1103/PhysRevB.71.180415 · Physical Review B
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Abstract
Understanding the structural underpinnings of magnetism is of great fundamental and practical interest. Se1−xTexCuO3 solid solutions are model systems for the study of this question, as composition-induced structural changes control their magnetic interactions. Our paper reveals that this structural tuning is associated with the position of the supposedly dummy atoms Se and Te relative to the superexchange (SE) Cu−O−Cu paths, and not with the SE angles as previously thought. We discuss the possible microscopic mechanisms responsible for this surprising effect.
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