Recently, metal nitrides (MNs) have received renewed attention due to their potential as
catalytic materials in energy transformations, with water spitting and CO2 reduction being …

Ternary nitride phase space holds great potential for new functional materials, as suggested
by computational predictions of yet-to-be discovered stable phases. Here, we report a …

In this paper, we propose a 1D ternary photonic crystal with Silicon/MCP/Air structure, whose
transmission properties have been analyzed. By employing the TMM, the transmittance …

Magnetic frustration results from competing magnetic interactions and leads to unusual
ground states, ranging from non-collinear magnetic orders to spin liquids (SLs), opening the …

High-pressure synthesis routes enable the access to a broad variety of novel nitride-based
materials with properties far beyond that of the state of the art. The ultimate goal of our …

NbN x films were prepared by dual ion beam sputter deposition. Different assisting ion
current density J a and assisting ion energy E a were used to modulate the structural and …

Wide bandgap III‐nitrides, such as cubic boron nitride and wurtzite‐type aluminum nitride,
are promising systems for optoelectronics. To extend their luminescent properties, we doped …

High pressure chemistry—employing pressures from 1 to beyond 100GPa for chemical
synthesis in large volume press and laser heated diamond anvil cell devices—has …

Ternary nitride materials—a class of ceramics composed of two different metals bound with
anionic nitrogen (N 3-) as a solid—are underexplored because they are difficult to make …