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- W2324148921 abstract "Uniaxial systems often form labyrinthine domains that exhibit short-range order but are macroscopically isotropic and would not be expected to exhibit precise symmetries. However, their underlying frustration results in a multitude of metastable configurations of comparable energy, and driving such a system externally might lead to pattern formation. We find that soft x-ray speckle diffraction patterns of the labyrinthine domains in $mathrm{CoPd}/mathrm{IrMn}$ heterostructures reveal a diverse array of hidden rotational symmetries about the magnetization axis, thereby suggesting an unusual form of emergent order in an otherwise disordered system. These symmetries depend on applied magnetic field, magnetization history, and scattering wave vector. Maps of rotational symmetry exhibit intriguing structures that can be controlled by manipulating the applied magnetic field in concert with the exchange bias condition." @default.
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- W2324148921 date "2011-12-16" @default.
- W2324148921 modified "2023-10-18" @default.
- W2324148921 title "Emergent Rotational Symmetries in Disordered Magnetic Domain Patterns" @default.
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- W2324148921 doi "https://doi.org/10.1103/physrevlett.107.257204" @default.
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