Exploring how silica nano-cages affect the toxicity and bioaccumulation of europium polyoxometalate in soil invertebrates
Explore the remarkable evolution of high-temperature gas sensors, from cutting-edge materials to intelligent technologies reshaping our ability to interact safely with the chemical world.
Discover how scientists are transforming CO2 into valuable chemicals using hydroxide-mediated copper catalysis at an abrupt interface.
Explore how selective hydrogenation enables precise chemical transformations in pharmaceuticals, agrochemicals, and cleaner fuels through atomic-level catalyst engineering.
Discover how scientists use special chambers and laser light to observe catalytic reactions in real-time, revolutionizing chemical manufacturing.
Explore how solid-state NMR spectroscopy reveals atomic-level interactions between trivalent cations and functionalized mesoporous silica for applications in drug delivery, environmental cleanup, and catalysis.
Discover how SWAPPS technology is revolutionizing our understanding of molecular interfaces with sub-nanometer precision under realistic environmental conditions.
Discover how 2D and 3D structured catalysts are transforming propane to propylene conversion with unprecedented efficiency and selectivity.
Explore how Fe3O4@SiO2 core-shell nanomaterials are transforming medicine, environmental science, and chemical industry with their unique magnetic properties and versatile applications.
How a brilliant Berlin light source is accelerating innovations from green hydrogen to cancer treatments, one atom at a time.