Complex transition metal oxides have played a central role in the study of magnetic
materials, serving as model systems for explorations of fundamental exchange interactions …

Topological magnetic structures such as domain walls, vortices, and skyrmions have
recently received considerable attention because of their potential application in advanced …

The origin of ferromagnetism in strained epitaxial LaCoO 3 films has been a long-standing
mystery. Here, we combine atomically resolved Z-contrast imaging, electron-energy-loss …

Epitaxial strain imposed in complex oxide thin films by heteroepitaxy is recognized as a
powerful tool for identifying new properties and exploring the vast potential of materials …

Ferromagnetic insulators are required for many new magnetic devices, such as
dissipationless quantum-spintronic devices, magnetic tunneling junctions, etc …

Systematic prediction of the redox reaction energetics of large sets of 3d transition metal
oxides is imperative to the selection of oxygen carrier candidates in applications ranging …

Epitaxial strain provides a powerful approach to manipulate physical properties of materials
through rigid compression or extension of their chemical bonds via lattice-mismatch …

We demonstrate that a combination of electronic structure modification and oxygen vacancy
ordering can stabilize a long-range ferromagnetic ground state in epitaxial LaCoO 3 thin …

Oxygen, bismuth, and iron vacancies are studied by density-functional theory calculations in
multiferroic bismuth ferrite in oxidative and reducing external conditions. We accurately …

Using spin density functional theory with the Hubbard correction, we investigate the
magnetic structure of strained LaCoO 3. We show that beyond biaxial tensile strain of 2.5 …