Inorganic Chemistry and Materials

Inorganic cluster chemistry investigates how metal and nonmetal atoms assemble into discrete or extended multi-atom units—such as metallic cluster complexes and oxynitride perovskites—and how those arrangements govern electrical, optical, and magnetic behavior at the atomic scale. Solid-state synthesis techniques allow researchers to build and tune these structures deliberately, yielding materials with precisely controllable crystal geometries and electronic configurations that simple binary compounds cannot achieve. A central challenge is understanding exactly how small changes in composition or bonding topology translate into large shifts in luminescent output or conductivity, which matters enormously for designing next-generation phosphors, semiconductors, and catalysts. Active work is now focused on predicting photophysical properties from crystal structure alone and on pushing nitride and oxynitride systems toward practical applications in lighting and energy conversion.

Works

70,327

Total citations

521,503

Keywords

Inorganic ClustersOxynitride PerovskitesMetallic Cluster ComplexesSolid-State SynthesisPhotophysical PropertiesCrystal Structure