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Researchers found that shaking non-centrosymmetric organic crystals generates internal voltages that power chemical reactions, while chemically identical symmetrical crystals stay inert.
Running a microwave air plasma reactor at 80 mbar achieves peak energy efficiency for nitrogen fixation, whereas squeezing the gas to 400 mbar overheats it and destroys the product.
A review of 460 studies shows deep learning is replacing manual rules to track blood pressure, heart health, and sleep from simple light sensors.
A new framework embeds invisible digital stamps that survive harmless image tweaks but tear apart when malicious deepfakes occur. In tests on facial datasets, it beat existing methods by over 4.5%.
A systematic review shows how smart polymer networks tame water reactions and metal spikes to make zinc cells safer and longer-lasting.
A smart search code paired with fast machine learning shows where active metal atoms sit inside porous crystal grids.
Researchers reviewing transient food packaging describe how adding tiny nanomaterials to natural polymers can block spoilage and later trigger the wrapper to safely dissolve away.
By mining historical chemistry archives with machine learning, scientists identified 33 overlooked materials and created several new rare earth-based variants in minutes without sustained external heat.
A comprehensive review outlines how chemical separation strategies, from peeling apart physical layers to pulling out individual elements, are needed for effective battery recycling.
Scientists have shown that a single lab-made molecule can hold quantum data and link directly to light at deep-freeze temperatures.