Voltage control of the magnetic properties of oxide thin films is highly appealing to enhance
energy efficiency in miniaturized spintronic and magnetoelectric devices. Herein …

We report magnetoelectric properties in Ga-doped α-Fe 2 O 3 system in rhombohedral
phase. The material is a canted ferromagnet at room temperature. The electric field …

We study exchange coupling due to the interelectron Coulomb interaction between two
ferromagnetic grains embedded into an insulating matrix. This contribution to the exchange …

We study magneto-electric effect in two systems: i) multiferroic tunnel junction (MFTJ)-
magnetic tunnel junction with ferroelectric barrier and ii) granular multiferroic (GMF) in which …

We study the competition of magneto-dipole, anisotropy and exchange interactions in
composite three-dimensional multiferroics. Using Monte Carlo simulations we show that …

We study a hybrid system of a magnetic oxide thin film on a ferroelectric substrate. We show
that magnetic and transport properties of the magnetic oxide film strongly depend on the …

We study the coupling between the ferroelectric polarization and the magnetization of a
granular ferromagnetic film using a phenomenological model of a combined multiferroic …

We develop a theory of the exchange interaction between ferromagnetic (FM) metallic grains
embedded into insulating matrix by taking into account the Coulomb blockade effects. For …

In this work, we demonstrate an experimental realization of a granular multiferroic
composite, where the magnetic state of a nanocrystal array is modified by tuning the …

Multiferroic oxide materials exhibiting several long-range ferroic orders are of high interest
because of their wide range of potential applications. The incorporation of their genuine …