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Researchers use liquid metal dealloying to produce crystalline silicon carbide with a 3D network of nanoscale pores at substantially lower processing temperatures.
Heat Turns Tiny Perovskite Crystals into Unexpected Shapes in a Microfluidic Reactor A new study has shown that tiny crystals designed to emit bright green light can be coaxed into...
A crystal that uses light to produce hydrogen from water could open a new route to cleaner, more affordable fuel. Hydrogen can power a fuel cell car, yet making that fuel from natu...
Ultrasound drives the direct formation of magnetic iron oxide nanoparticles from iron powder and water, without soluble iron salts, precipitation agents or pH-adjusting chemicals.
A new catalytic reaction breaks carbon–carbon single bonds and creates four new bonds around one carbon atom, enabling the synthesis of complex 3D molecules for functional material...
Using a novel heating method that cuts carbon emissions, engineers dramatically improved hydrogen production efficiency. The novel process also comes with a surprising side benefit...
The Earth's core is 5,500°C.And we're drilling into itto generate electricity. Forever.Geothermal power:Drill 2–4 km into hot fractured rockHot water (150–350°C) rises up pr...
A nano-precursor synthesis route reduces manufacturing time and cost while improving the performance of protonic ceramic electrochemical cells The post Faster fabrication, better p...
Laboratory tests found that an eight-second residence time produced spherical, compositionally uniform NCM811 precursor particles averaging 2 μm and a cathode delivering 203 mAh/g...
Using a temporary liquid during crystal growth reduces defects in perovskites, producing more efficient solar cells and LEDs with improved stability.
Collapsing nitrogen–hydrogen nanobubbles generate energetic radicals that activate nitrogen, producing ammonia at room temperature and low pressure.
Chemists at the Institute of Solid State Chemistry of the Russian Academy of Sciences in Ekaterinburg have developed a simple auto combustion route for making a complete family of...
A new light-driven method generates highly reactive hydrogen atoms under mild conditions, opening new possibilities for metal-free chemical synthesis.
Researchers created helical porous organic crystals that reversibly stretch and contract as solvent molecules leave and re-enter their pores.
Metal halide perovskite quantum dots (PQDs) have dazzled materials scientists for nearly a decade with an almost improbable combination of optical virtues: photoluminescence quantu...
Researchers develop a magnetic probe technique to measure chemical interactions inside nanometer-sized pores, revealing properties of covalent organic frameworks important for filt...
Researchers show that magnetite can spontaneously fragment tungsten, molybdenum and tantalum nanoclusters at room temperature, offering a route toward controlled atomic-scale catal...
Freshwater scarcity has become one of the defining challenges of the twenty-first century, and scientists around the world are racing to develop technologies that can turn seawater...
Isolated platinum atoms keep conductive glass transparent while driving hydrogen evolution at near-bulk-platinum rates in acidic, neutral and alkaline media.
Changing only the surface groups of metal-organic polyhedra alters the conformation of surrounding polymer chains, enabling unprecedented control over viscosity and temperature-dep...
Researchers fine-tune the atomic composition of quantum dots to reduce crystal defects and improve charge transport in solar hydrogen photoelectrodes.
In the race to build a practical hydrogen economy, one stubborn problem has shadowed every optimistic forecast: how to store and release hydrogen safely, cheaply, and on demand. Hy...
Scientists develop a new way to manufacture ultralight, highly porous aerogels using vapor deposition, with potential applications from medicine to energy storage.
A team of chemists in Kerala, India, has shown that a single, atomically small substitution can transform a well-known ferroelectric ceramic into a dual-purpose material that both...
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