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Corrigendum: Observation of polar vortices in oxide superlattices.

2016

Yadav, AK;
Nelson, CT;
Hsu, SL;
Hong, Z;
Clarkson, JD;
Schlepütz, CM;
Damodaran, AR;
Shafer, P;
Arenholz, E;
Dedon, LR;
Chen, D;
Vishwanath, A;
Minor, AM;
Chen, LQ;
Scott, JF;
Martin, LW;
Ramesh, R
et al.

Published Web Location

https://doi.org/10.1038/nature17420

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Observation of polar vortices in oxide superlattices\r
Authors
Abstract
References
Anchor 7
Observation of polar vortices in oxide superlattices\r
Authors
Abstract
References
Acknowledgements
Author Contributions
Figure 1 Structural characterization of (SrTiO3)n/(PbTiO3)n superlattices.
Figure 2 Observation of vortex–antivortex structures.
Figure 3 Long-range ordering of vortices.
Figure 4 Three-dimensional phase-field simulation for a (SrTiO3)10/(PbTiO3)10 superlattice.
Extended Data Figure 1 RHEED-controlled growth of superlattices.
Extended Data Figure 2 Rutherford backscattering spectrometry (RBS) characterization.
Extended Data Figure 3 Fitting atomic positions in the HR-STEM images.
Extended Data Figure 4 Extracting polar displacement vectors (PPD) from HR-STEM data.
Extended Data Figure 5 Polar displacement vector map and phase-field simulation of a (SrTiO3)10/(PbTiO3)10 superlattice.
Extended Data Figure 6 Vortex–antivortex arrays along both pseudo-cubic in-plane directions.
Extended Data Figure 7 Differentiation of vortex structure from a flux-closure domain structure using phase-field simulations and HR-STEM polar displacement mapping.
Extended Data Figure 8 Phase evolution of vortex structure.
Extended Data Figure 9 HR-STEM displacement vector map of a (SrTiO3)10/(PbTiO3)10 superlattice.

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