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 …

Magnetic field-induced changes in the electrical resistance of materials reveal insights into
the fundamental properties governing their electronic and magnetic behavior. Various …

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 …

The symmetry breaking that is formed when oxide layers are combined epitaxially to form
heterostructures has led to the emergence of new functionalities beyond those observed in …

Two-dimensional electron gases (2DEGs) formed at the interface between two oxide
insulators provide a rich platform for the next generation of electronic devices. However …

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 rich functionalities of transition-metal oxides and their interfaces bear an enormous
technological potential. Its realization in practical devices requires, however, a significant …

Interfacing different transition-metal oxides opens a route to functionalizing their rich
interplay of electron, spin, orbital, and lattice degrees of freedom for electronic and spintronic …

Two-dimensional electron gas (2DEG) formed at the heterointerface between two oxide
insulators hosts plenty of emergent phenomena and provides new opportunities for …

One of the key issues in engineering oxide interfaces for electronic devices is achieving high
electron mobility. SrTiO 3-based interfaces with high electron mobility have gained a lot of …