Pressure alters the physical, chemical, and electronic properties of matter. The diamond
anvil cell enables tabletop experiments to investigate a diverse landscape of high-pressure …

Rare-earth (RE) rich intermetallics crystallizing in orthorhombic Ho6Co2Ga-type crystal
structure exhibit peculiar magnetic properties that are not widely reported for their magnetic …

Optical manipulation of magnetization with femtosecond laser pulses has opened a new
paradigm shift in magnetization and spin dynamics. Since the very first demonstration of …

We describe a disordered local moment theory for long-period magnetic phases and
investigate the temperature and magnetic field dependence of the magnetic states in the …

We present a spintronic terahertz emitter based on a ferrimagnetic gadolinium-iron alloy (Gd
x Fe 1− x) and platinum (Pt). We measure the magnetic-field-dependent terahertz emission …

The electronic stop** cross sections (SCS) of Ta and Gd for slow protons have been
investigated experimentally. The data are compared to the results for Pt and Au to learn how …

We investigated the effects of vacancy, void, substitutional impurity, isolated adsorption of
selected adatoms, and their patterned coverage on the physical and chemical properties of …

The realization of 2D ultrathin crystals with a ferromagnetic ground state that is sustainable
at room temperature has been a real challenge now. By combining ab initio density …

Gadolinium is a nearly ideal soft-magnetic material. However, one cannot take advantage of
its properties at temperatures higher than the room temperature where Gd loses the …

Quantum mechanical systems with long-range interactions between quasiparticles provide a
promising platform for coherent quantum information technology. Superconductors are a …