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Tokyo physicists solve a 25-year-old nanotechnology mystery by creating atomically precise 1-nanometre tubes
2+ hour, 9+ min ago (60+ words) Tokyo physicists solve a 25-year-old nanotechnology mystery by creating atomically precise 1-nanometre tu The Times of India - Tokyo physicists solve a 25-year-old nanotechnology mystery by creating atomically precise 1-nanometre tubes How ultrathin molybdenum disulphide nanotubes could transform future transistors and…...
In 1933, a lab worker scrubbing a beaker found a green film that led to modern plastic wrap |
1+ hour, 39+ min ago (193+ words) In 1933, a lab worker scrubbing a beaker found a green film that led to modern plastic wrap The Times of India - In 1933, a lab worker scrubbing a beaker found a green film that led to modern plastic wrap The TOI…...
Selective cellulose fibril release from hardwoods libriform tissue - Communications Chemistry
9+ hour, 5+ min ago (1590+ words) A surface of free-standing cellulose fibrils provides a larger surface compared to its original wooden or delignified state, thus providing a bio-based scaffolding, for example, for immobilizing catalysts, or additional biopolymers towards adhesive surfaces29. Further possible use cases could be ion…...
Catalyst Breakthroughs Boost Sustainable Chemistry
1+ hour, 14+ min ago (588+ words) Mirage News The kick-off event for ASCEND took place in Berlin on June 11. The research project aims to accelerate the development of new catalysts and thereby lay the groundwork for climate-neutral chemical production The kick-off event took place on June…...
New polyether electrolyte paves the way for safer, high-energy batteries
2+ hour, 26+ min ago (753+ words) The National Law Review New polyether electrolyte paves the way for safer, high-energy batteries Trilogy design of cross-linked polyether electrolytes for high-voltage and wide-temperature lithium metal batteries. FAYETTEVILLE, GA, UNITED STATES, June 12, 2026 /EINPresswire. com/ -- Researchers have developed a new polymer…...
Scientists just made boiling work without gravity and it could transform space travel
1+ hour, 54+ min ago (50+ words) The Times of India - Scientists just made boiling work without gravity and it could transform space travel 3 D-printed nickel-titanium structures could transform thermal management in future space missions 3 D-printed micropillars create controlled bubble motion...
PEGylated ligands boost speed and selectivity in mechanochemical arylations
1+ hour, 36+ min ago (199+ words) Pyridine-based ligands designed for mechanochemical conditions have dramatically cut the reaction time of a series of solvent-free palladium-catalysed conjugate arylation reactions. 1 In addition to enhancing catalytic activity, the ligands also improved the stereoselectivity of the reactions, underscoring the impact of…...
Alternating current magnetorheometer for real-time investigations - Nature Reviews Chemistry
9+ hour, 5+ min ago (344+ words) Alternating current magnetorheometer for real-time investigations Nature Thank you for visiting nature. com. You are using a browser version with limited support for CSS. To obtain the best experience, we recommend you use a more up to date browser (or…...
Cobalt Oxide and the Material Science Behind Batteries, Ceramics, and Catalysts
13+ hour, 11+ min ago (159+ words) Title: Cobalt Oxide and the Material Science Behind Batteries, Ceramics, and Catalysts Subtitle: Why this dark inorganic compound continues to matter in energy storage, color chemistry, and advanced industrial research By Timothy A Rowland19 days ago in Journal Social media management…...
Thermochemical Wastewater Treatment Tackles Emerging Contaminants
2+ hour, 32+ min ago (937+ words) Bioengineer. org Thermochemical Wastewater Treatment Tackles Emerging Contaminants In a groundbreaking study set to influence global wastewater management strategies, researchers Feng and Guest have unveiled a novel thermochemical treatment method designed to tackle the persistent challenge of emerging contaminants found…...