The perovskite manganites with generic formula RE 1− x AE x MnO 3 (RE= rare earth, AE=
Ca, Sr, Ba and Pb) have drawn considerable attention, especially following the discovery of …

Many unusual behaviors in complex oxides are deeply associated with the spontaneous
emergence of microscopic phase separation. Depending on the underlying mechanism, the …

V2O3 is the prototype system for the Mott transition, one of the most fundamental
phenomena of electronic correlation. Temperature, do** or pressure induce a metal-to …

Phase separation is a crucial ingredient of the physics of manganites; however, the role of
mixed phases in the development of the colossal magnetoresistance (CMR) phenomenon …

Many transition metal oxide materials of high chemical purity are not necessarily
monophasic. Thus, single crystals of chemically pure rare earth manganites and cobaltates …

We demonstrate the kinetic arrest of the first-order phase transition from the high-
temperature antiferromagnetic state to the ferromagnetic ground state in zero and low …

The scientific opportunities for microARPES and nanoARPES techniques are discussed,
and the benefits to these techniques at diffraction-limited light sources are presented, in …

Abstract Antiferromagnetic-insulating (AF-I) and ferromagnetic-metallic (FM-M) phases
coexist in various half-doped manganites over a range of temperature and magnetic field …

Transition metal oxides, such as the mixed-valent rare-earth manganites Ln (1− x) A x MnO3
(Ln, rare-earth ion, and A, alkaline-earth ion), show a variety of electronic orders with …

The competition among different phases in perovskite manganites is pronounced since their
energies are very close under the interplay of charge, spin, orbital and lattice degrees of …