Magneto-ionics is an emerging field in materials science where voltage is used as an
energy-efficient means to tune magnetic properties, such as magnetization, coercive field, or …

Large changes in the magnetization of ferromagnetic films can be electrically driven by non-
180° ferroelectric domain switching in underlying substrates, but the shear components of …

The magnetoelectric effect is technologically appealing because of its ability to manipulate
magnetism using an electric field rather than magnetic field or current, thus providing a …

We report the successful fabrication of noncollinear antiferromagnetic D 019 Mn3Ge thin
films on insulating oxide substrates. The anomalous Hall effect and the large parallel …

Strain has been widely used to manipulate the properties of various kinds of materials, such
as ferroelectrics, semiconductors, superconductors, magnetic materials and “strain …

Voltage-driven 180° magnetization switching provides a low-power alternative to current-
driven magnetization switching widely used in spintronic devices. Here we computationally …

Since the resurgence of multiferroics research, significant advancement has been made in
the theoretical and experimental investigation of the electric field control of magnetization …

While early magnetic memory designs relied on magnetization switching by locally
generated magnetic fields, key insights in condensed matter physics later suggested the …

We investigate the possibility of controlling the magnetic phase transition of the
heterointerface between a half-doped manganite La 0.5 Ca 0.5 MnO 3 and a multiferroic …

One of the main bottleneck issues for room‐temperature antiferromagnetic spintronic
devices is the small signal read‐out owing to the limited anisotropic magnetoresistance in …