ML Potential Unlocks Iron Oxide Structures
Researchers have developed a machine learning interatomic potential that accurately models the structural properties of iron oxides, a vital class of materials with complex behaviors....
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Researchers have developed a machine learning interatomic potential that accurately models the structural properties of iron oxides, a vital class of materials with complex behaviors....
Researchers explore time-space fractional Boussinesq equation, uncovering soliton structures and nonlinear wave behaviors vital for fluid dynamics....
The February 2026 issue of Chemistry Today explores nanoparticle tech for tough diseases, flow chemistry, and biotech shifts, offering key insights for students and researchers....
Tsinghua University scientists create stable Cu45 copper superatom, achieving over 80% efficiency in converting CO2 to ethylene, surpassing all known copper catalysts for carbon recycling....
Lawrence Livermore National Laboratory researchers have identified a first-of-its-kind carbon dioxide-equivalent polymer recoverable from high-pressure conditions, promising new energetic materials for propellants and explosives. Published in Communications Chemistry, the discovery uses simulations to reveal a pathway via carbon monoxide and oxygen mixtures. This could unlock high-energy-density materials stable at ambient conditions....
UCLA team defies century-old chemistry law on Jan 23, 2026, creating warped cage molecules cubene and quadricyclene. Breakthrough unlocks 3D structures for advanced pharmaceuticals....