The metal–insulator transition (MIT) in correlated materials is a novel phenomenon that
accompanies a large change in resistivity, often many orders of magnitude. It is important in …

We establish strain engineering of ruthenium oxides as a method to controllably induce
phase transitions between electronic ground states with vastly different electrical and …

It was recently reported that a continuous electric current is a powerful control parameter to
trigger changes in the electronic structure and metal–insulator transitions (MITs) in Ca 2 …

We synthesized high quality, single crystalline thin films of a layered, complex 4d transition
metal oxide (Nd 2 PdO 4) by reactive molecular beam epitaxy, in order to determine the …

Density-functional calculations have been carried out to investigate the origin of the peculiar
magnetic properties of Ba 4 Ru 3 O 10. These calculations suggest that, under the influence …

This is the first report on the optical and resistance properties of copper aluminum oxide thin
films for applications as thermal infrared imagers. The deposition of these films was …

4d-5d based transition metal oxides (TMOs) show distinctive electronic properties due to
large overlap of electron orbitals and large spin-orbit interaction (SOI). Some 4d-5d based …

Perovskites are ubiquitous in science and technology, from solar cells to high-temperature
and exotic superconductivity. Exciting representatives of the perovskite family, such as metal …