Pressure is a fundamental thermodynamic variable that can create exotic materials and
modulate transport properties, motivating prosperous progress in multiple fields. As for …

Understanding high-pressure-stimulated circularly polarized luminescence (CPL) of
enantiomers remains a challenging but significant task in fundamental research and optical …

Non‐metal nitrides are an exciting field of chemistry, featuring a significant number of
compounds that can possess outstanding material properties. These properties mainly rely …

Layered silicates are a very versatile class of materials with high importance to humanity.
The new nitridophosphates MP6N11 (M= Al, In), synthesized from MCl3, P3N5 and NH4N3 …

Nitride materials including conventional manmade superhard light-element nitrides, such as
cubic boron nitride (cBN), cubic silicon nitride (γ-Si3N4), and carbonitrides, have been …

The direct chemical reactivity between phosphorus and nitrogen was induced under high-
pressure and high-temperature conditions (9.1 GPa and 2000–2500 K), generated by a …

Nitridophosphates, with their primary structural motif of isolated or condensed PN4
tetrahedra, meet many requirements for high performance materials. Their properties are …

Abstract (Oxo) Nitridophosphates have recently been identified as a promising compound
class for application in the field of solid‐state lighting. Especially, the latest medium …

Nitridophosphates and nitridogermanates attract high interest in current research due to
their structural versatility. Herein, the elastic properties of GeP2N4 were investigated by …

We report on the synthesis, crystal, and electronic structure, as well as the magnetic, and
electric properties of the phosphorus‐containing tantalum nitride P1− xTa8+ xN13 (x= 0.1 …