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By growing pristine single crystals of Cr1/4NbSe2, researchers showed that inserting chromium creates an ordered pattern that stops superconductivity and produces an orderly, opposing magnetic state.
Growing cheap metals directly onto carbon cloth creates sturdy, efficient materials that make clean hydrogen gas without precious platinum.
Researchers reviewing medical imaging find that neural networks can process raw sound echoes into high-resolution scans at ultrafast speeds, bypassing slow mathematical calculations.
A computer modelling study shows that placing electrical charges on hollow organic cages creates oriented electric fields that speed up chemical reactions up to 100-fold.
Researchers built an artificial photosynthesis biohybrid by sticking light-catching polymers onto bacteria that contain mineral reaction centres inside, boosting their chemical production nearly 30-fold.
A virtual computer model uses continuous sensor data to forecast dangerous glucose shifts in septic intensive care patients 15 to 30 minutes in advance, updating in seconds on ordinary hardware.
A systematic review reveals how artificial intelligence can protect connected cars from cyberattacks by splitting defence duties between onboard vehicle parts and distant cloud servers.
A computer framework called CMS-NAS automatically designs tiny, accurate neural networks to predict epileptic seizures from brain activity. It combines image filters, memory models, and brain-like spiking neurons to run on low-power wearable chips.
A critical review reveals that shrinking battery anodes into zero-dimensional specks allows them to breathe and expand evenly during charging, preventing the structural cracks that wreck normal electrodes.
Engineers are using porous organic networks carrying fixed electrical charges to speed up lithium ions and stop dangerous short circuits in solid-state batteries.