k Quantum magnetism observations Quantum magnetism observations. Model of quantum magnetism as observed at Argonne National Laboratory, Illinois, USA. Thsi model shows a honeycomb lattice with three pairs of diffuse magnetic Xray scattering intensities arising from three shortrange zigzag states illustrated at centre. This lattice consists of Na2IrO3 a sodium iridium oxide. The distinct magnetic anisotropy of each state manifests as bonddirectional interactions that lead to a strong magnetic frustration. Image published in 2015. Stock Photo - Afloimages
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Quantum magnetism observations Quantum magnetism observations. Model of quantum magnetism as observed at Argonne National Laboratory, Illinois, USA. Thsi model shows a honeycomb lattice with three pairs of diffuse magnetic X ray scattering intensities arising from three short range zigzag states illustrated at centre . This lattice consists of Na2IrO3 a sodium iridium oxide . The distinct magnetic anisotropy of each state manifests as bond directional interactions that lead to a strong magnetic frustration. Image published in 2015.
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Quantum magnetism observations

Quantum magnetism observations. Model of quantum magnetism as observed at Argonne National Laboratory, Illinois, USA. Thsi model shows a honeycomb lattice with three pairs of diffuse magnetic X-ray scattering intensities arising from three short-range zigzag states (illustrated at centre). This lattice consists of Na2IrO3 (a sodium iridium oxide). The distinct magnetic anisotropy of each state manifests as bond-directional interactions that lead to a strong magnetic frustration. Image published in 2015.

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