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Materials Science & Engineering

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Spin orbit torque effect in ultrathin collinear and noncollinear Ir-Mn alloys

Posted on May 5, 2026 by Axel Hoffmann

U. Sasun, S. Ari, M. Kocyigit, K. Akin, B. Kocaman, H. Piskin, I. Goksal, V. Karakas, A. Hoffmann, and O. Ozatay,
Journal of Magnetism and Magnetic Materials 651, 174172 (2026).

Posted in Publication

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Bobby Kaman selected for the Mavis Future Faculty Program
Micromagnetic simulations for magnetic multipoles

News

  • Hoffmann team unveils new way to generate self-sustained spin wave oscillations
  • Numerical modeling captures complex behavior of noncollinear antiferromagnets
  • Bobby Kaman selected for the Mavis Future Faculty Program
  • Spencer Biziorek receives NSF Graduate Research Fellowship
  • How to make magnets act like graphene

Publications

  • Magnetic anisotropy due to localized structural defects in strained yttrium iron garnet thin films
  • Magnonic spontaneous oscillation induced by parametric pumping
  • Micromagnetic simulations for magnetic multipoles
  • Spin orbit torque effect in ultrathin collinear and noncollinear Ir-Mn alloys
  • A personal spin on spin currents
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