Chalcogenide solar absorbers, such as AgBiS2 and kesterites, have gained a resurgence of
interest recently, owing to their high stability compared to metal–halide compounds, as well …

Mixed anion halide-chalcogenide materials have recently attracted attention for a variety of
applications, owing to their desirable optoelectronic properties. We report the synthesis of a …

Resolving anion configurations in heteroanionic materials is crucial for understanding and
controlling their properties. For anion-disordered oxyfluorides, conventional Bragg diffraction …

Tin-based semiconductors are highly desirable materials for energy applications due to their
low toxicity and biocompatibility relative to analogous lead-based semiconductors. In …

Quaternary mixed-metal chalcohalides (Sn2M (III) Ch2X3) are emerging as promising lead-
free, perovskite-inspired photovoltaic absorbers. Motivated by recent developments of a first …

The electronic band structure is an important property for understanding and designing solid
crystalline materials in many fields such as photovoltaic, catalytic, thermoelectric and …

Chalcohalide perovskite-inspired materials have attracted attention as promising
optoelectronic materials due to their small band gaps, high defect tolerance, nontoxicity, and …

Alloying and site ordering play complementary roles in dictating a material's properties.
However, deconvolving the impacts of these separate phenomena can be challenging. In …

The mixed‐metal quaternary chalcohalides of group IV and V elements are a promising
class of low‐toxicity perovskite‐inspired materials with tunable bandgaps and desirable …