The metalorganic chemical vapor deposition (MOCVD) preparation of InGaAs is the mainstream approach for commercial production, but the atomic-scale microkinetic mechanisms of its growth process remain to be thoroughly elucidated. The existing atomic-level simulations of the complete InGaAs MOCVD growth process are rela...
Meeting the global challenge of clean and sustainable energy calls for continuous advancements in functional materials designed for energy conversion, storage, and catalysis. The performance of such materials is inherently linked to their atomic and electronic configurations, as well as the interfacial dynamics that di...
Controlling elemental mixing in nanoparticles composed of immiscible elements remains a central challenge in high-entropy materials design. Here, we demonstrate a kinetic pathway that enables a transition from elementally segregated to high-entropy AgNiCoCr nanoparticles using nanosecond laser-induced dewetting of meta...
Compositionally complex solid solutions (frequently referred to as high entropy alloys) provide a unique route for designing high-performance electrocatalysts, where the polyelemental surface composition can be seamlessly tuned to optimize activity, selectivity, and stability. However, the mechanistic understanding of...
Nanocrystal surfaces generally undergo reconstructions that differentiate them from the bulk structures, often in nontrivial ways. Understanding these terminations is critical across diverse fields, from heterogeneous catalysis to the formation of topological states and the synthesis of semiconductor nanomaterials. Det...
Mechanochemistry, the study of how mechanical energy drives chemical transformations, has rapidly evolved into a powerful and influential discipline at the intersection of chemistry and materials science. This article provides an integrated and critical overview of recent advances in mechanochemical methodologies withi...
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