In this work, we review three models of magnetic ordering in typical magnetic materials that
have been proposed based on atomic physics. The first model we discuss is the O 2p …

Doped magnetic nanoparticles (DMNPs) have become a fascinating class of nanomaterials
with important implications in science and technology. The comprehensive review focuses …

Zinc substitution is often proposed as an efficient strategy to improve the performances of
spinel ferrite nanoparticles, particularly related to their application as theranostic agents. In …

Magnetic spinel oxides have attracted extensive research interest due to their rich physics
and wide range of applications. However, these materials invariably suffer suppressed …

Magnetic nanoparticles (MNPs) have shown exceptional potential for several biological and
clinical applications. However, MNPs must be coated by a biocompatible shell for such …

The discovery of magnetism in ultrathin crystals opens up opportunities to explore new
physics and to develop next-generation spintronic devices. Nevertheless, two-dimensional …

The magnetization of thin films of cobalt ferrite frequently falls far below the bulk value of 455
kA m− 1, which corresponds to an inverse cation distribution in the spinel structure with a …

Multiferroic composite materials combining ferroelectric and ferromagnetic order at room
temperature have great potential for emerging applications such as four-state memories …

Artificial multiferroic systems, in which novel properties can emerge from elastic coupling
between piezoelectric and magnetostrictive phases, are a promising route to obtain …

We investigate the element-specific spin and orbital states and their roles in magnetic
anisotropy in Co-ferrite [Co x Fe 3− x O 4+ δ (001)] thin films which exhibit perpendicular …