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2015•Physical Review BOpen access

Switching of magnetic anisotropy in a fcc antiferromagnet with direction-dependent interactions

Hiroaki Ishizuka, Leon Balents

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Abstract

Exploration of novel phenomena in oxides with strong spin-orbit coupling is one of the hot topics in condensed matter physics. The authors theoretically study the macroscopic magnetic anisotropy induced by fluctuations. By considering a spin model on fcc lattice with direction-dependent interactions, which may serve as an effective model for insulating magnetic oxides with strong spin-orbit coupling, they discover of a novel behavior in spin models with direction-dependent interaction.

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What this paper is about

Exploration of novel phenomena in oxides with strong spin-orbit coupling is one of the hot topics in condensed matter physics. The authors theoretically study the macroscopic magnetic anisotropy induced by fluctuations. By considering a spin model on fcc lattice with direction-dependent interactions, which may serve as an effective model for insulating magnetic oxides with strong spin-orbit coupling, they discover of a novel behavior in spin models with direction-dependent interaction.

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OpenAlex reports 8 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Exploration of novel phenomena in oxides with strong spin-orbit coupling is one of the hot topics in condensed matter physics. The authors theoretically study the macroscopic magnetic anisotropy induced by fluctuations. By considering a spin model on fcc lattice with direction-dependent interactions, which may serve as an effective model for insulating magnetic oxides with strong spin-orbit coupling, they discover of a novel behavior in spin models with direction-dependent interaction.

Key concepts: Condensed matter physics, Antiferromagnetism, Anisotropy, Magnetic anisotropy, Materials science, Physics, Magnetization, Magnetic field

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