Multiferroics, where multiple ferroic orders coexist and are intimately coupled, promise novel
applications in conceptually new devices on one hand, and on the other hand provide …

Magnetoelectric multiferroics, where a ferromagnetic and a ferroelectric order coexist and
are coupled in a single phase, have been a hot topic in condensed matter physics for a long …

Multiferroic materials host both ferroelectricity and magnetism, offering potential for magnetic
memory and spin transistor applications. Here, we report a multiferroic chalcogenide …

Helical magnets are extremely promising, as they have fascinating magnetic, electric, and
phononic properties. Here, we report a spectrum of simultaneously occurring and highly …

The well‐known ferromagnetic oxide, NiFe2O4, was studied as a potential candidate for
room‐temperature Type II magnetoelectrics. A spin canting as one of the essential …

Complex systems with strongly entangled microscopic degrees of freedom often host a
plethora of exotic properties. Herein, we report the unconventional and interesting …

We have investigated the multiferroicity and magnetoelectric (ME) coupling in Ho Fe WO 6.
With a noncentrosymmetric polar structure (space group Pna 2 1) at room temperature, this …

The crystal structure, microstructure, magnetic phase transitions and magnetocaloric effect
(MCE) in KNaSnF6-type GdCrWO 6 and ErCrWO 6 oxides have been investigated. Both …

Combining ferroelectricity and magnetism in the same material remains a challenge
because it involves complex crystal chemistry and stringent symmetry requirements. In …

The linear magnetoelectric effect and multiferroicity phenomena occur independently due to
breaking inversion symmetry below the magnetically ordered state of either transition metal …