New research reveals how specific ionic liquids enable instant polymer crystallization, drastically reducing processing time for advanced material development.
Showing 1 - 12 of 27 articles
New research reveals how specific ionic liquids enable instant polymer crystallization, drastically reducing processing time for advanced material development.
Cambridge researchers unveil molecular cages that reshape to fit guests, mimicking biological adaptability for enhanced chemical purification, sensing, and catalysis.
A groundbreaking iron complex, stable for weeks at room temp, defies rapid breakdown. This unlocks new possibilities for enzyme-like chemical transformations.
Unlock the secret to longer-lasting EV batteries. A breakthrough coating actively shields cathodes, transforming to neutralize corrosive elements.
A new method streamlines high-performance n-type polymer production, eliminating costly, weeks-long purification. Achieve superior PBFDO conductivity faster.
New light-powered cobalt catalyst efficiently converts CO2 into formic acid, bypassing expensive noble metals and sacrificial reductants for sustainable carbon recycling.
Groundbreaking research transforms hazardous nitrate pollution in groundwater into valuable ammonia, a clean fuel, using surprising electrochemical material science.
After 40 years, chemists finally isolate the elusive cyclo-P₅⁻ phosphorus ring, revealing its perfect pentagonal structure. A major chemical breakthrough.
Researchers crack CO₂ into fuel using single, charged copper atoms on aluminum oxide, defying traditional metallic catalysts and achieving unprecedented efficiency.
Sliding water drops create invisible electric charge trails, a newly understood phenomenon profoundly influencing surface chemistry and dictating molecular deposition.
New research reveals how twisted crystals (topological chiral semimetals) overcome water splitting's energy barrier by controlling electron spin polarization.
IInvisible impurities, often trace metals, hijack chemical reactions, causing irreproducible results and false discoveries—learn how to detect and prevent them.
