The possibility of tuning the magnetic properties of materials with voltage (converse
magnetoelectricity) or generating electric voltage with magnetic fields (direct …

Electric-field-controlled magnetism can boost energy efficiency in widespread applications.
However, technologically, this effect is facing important challenges: mechanical failure in …

Electrochemical voltage control of magnetism is an emerging approach for energy-efficient
magnetoelectric materials. In contrast to conventional magnetoelectric concepts, which are …

Electrochemical reactions represent a promising approach to control magnetization via
electric fields. Favorable reaction kinetics have made nanoporous materials particularly …

Tuning the properties of magnetic materials by voltage-driven ion migration (magneto-
ionics) gives potential for energy-efficient, non-volatile magnetic memory and neuromorphic …

The perspective of energy-efficient and tunable functional magnetic nanostructures has
triggered research efforts in the fields of voltage control of magnetism and spintronics. We …

Manipulation of the magnetic behavior of materials with voltage (ie, magnetoelectric
actuation) has become a topic of intense research during the last years. Apart from its …

Phase-control methods are important in synthesizing immiscible alloys, in which the
constituent elements have different crystal structures like Ni and Ru. By energy control of …

The great prospects for low-power magnetoelectronic devices trigger significant research
activity aiming at voltage-control of magnetism. In this field, ion migration and reversible …

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