T. Zac Ward

Enhancing interfacial magnetization with a ferroelectric

Ferroelectric control of the electronic and magnetic properties of a correlated oxide provides new opportunities for fundamental science and practical device applications. However, the exploding interest in ferroelectric control of magnetic interfaces, which typically happens in a few nanometers, has been inhibited by the lack of appropriate characterization techniques. Here, the authors have used polarized neutron reflectivity (PNR), a nondestructive yet powerful technique, to directly probe the evolution of the interfacial magnetism at the interface between ferromagnetic La

Reversible Control of Interfacial Magnetism through Ionic-Liquid-Assisted Polarization Switching

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Dynamic defect correlations dominate activated electronic transport in SrTiO3

Sr

Oxide Epitaxy with Large Symmetry Mismatch: Bronze-phase VO2 on SrTiO3

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Homo-endotaxial one-dimensional Si nanostructures

MnO

Single-crystal high entropy perovskite oxide epitaxial films

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Direct Imaging of Low-Dimensional Nanostructures

and ferroelectric PbZr

Removal of the Magnetic Dead Layer by Geometric Design

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Shaping the Magnetic Easy Axis in CoFe2O4 through Strain Doping

Ti

Writing magnetic phase and domain structure in FeRh by controlling lattice symmetry with strain doping

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