This review provides a summary of the rich physics expressed within SrTiO 3-based
heterostructures and nanostructures. The intended audience is researchers who are …

Complex oxide interfaces have mesmerized the scientific community in the last decade due
to the possibility of creating tunable novel multifunctionalities, which are possible owing to …

Oxygen vacancies play crucial roles in determining the physical properties of metal oxides,
representing important building blocks in many scientific and technological fields due to their …

Two-dimensional electron gases (2DEGs) at oxide interfaces, which provide unique
playgrounds for emergent phenomena, have attracted increasing attention in recent years …

Complex oxides show extreme sensitivity to structural distortions and defects, and the
intricate balance of competing interactions which emerge at atomically defined interfaces …

Numerous of the greatest inventions in modern society, such as solar cells, display panels,
and transistors, rely on a simple concept: An external stimulus is applied to a material and …

Controlling electronic processes in low-dimension electron systems is centrally important for
both fundamental and applied researches. While most of the previous works focused on …

Applying stress to a ferroelastic material results in a nonlinear strain response as domains of
different orientations mechanically switch. The ability to write, erase and move domain walls …

Materials with a large linear magnetoresistance (MR) are great candidates for magnetic
sensors, but rarity boosts investigations for exploring this MR in material physics. 2D …

The ability to tailor oxide heterointerfaces has led to novel properties in low‐dimensional
oxide systems. A fundamental understanding of these properties is based on the concept of …