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Materials Science & Nanotech
2D materials, metamaterials, coatings, and nanoscale engineering.
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Bioresorbable Magnesium Battery Brings Transient Power to Ingestible Electronics
2+ hour, 35+ min ago (733+ words) A magnesium–molybdenum trioxide battery was tested in the gastrointestinal tract, powering wireless tracking and electrical stimulation while researchers examined how long it could operate and what happened as its materials degraded. A recent study published in the journal Nature…...
New Sensor Makes Structural Stress Visible to the Naked Eye
3+ hour, 28+ min ago (456+ words) NTU researchers have created a colour-changing sensor that signals when a structure is under stress, offering a potentially simpler and intuitive way to monitor the health of bridges, buildings and other critical infrastructure. The sensor provides a visible indication of…...
Chiral 2D Framework Turns Rhodium Catalyst Into a Recycling Champion
43+ min ago (533+ words) Chemists have long faced an awkward trade-off at the heart of asymmetric catalysis. Homogeneous catalysts, in which every active metal complex floats freely in solution, deliver exquisite control over the handedness of the products they form, but recovering those precious…...
Atomically Stacked MoS2 Bilayers Regain the Direct Band Gap Monolayers Own
2+ hour, 28+ min ago (711+ words) For more than a decade, one of the most celebrated properties of molybdenum disulfide has also been one of its most fragile. When this two-dimensional semiconductor is shaved down to a single atomic layer, its electronic bands rearrange themselves so…...
Waste Wool and Graphene Oxide Combine to Supercharge an Extremophile Enzyme
2+ hour, 35+ min ago (99+ words) Every year, the textile industry discards millions of tons of wool waste, a protein-rich material that most often ends up in landfills. A research team at Xiamen University has now found a strikingly useful second life for this discarded fiber....
New research shows how engineers turn tiny creases into droplet traffic controllers
9+ hour, 17+ min ago (195+ words) image: Red-dyed droplets of varying sizes line up along a crease in a soft, rubber-like substrate in Syracuse University professor Anupam Pandey's lab. Smaller droplets stop short of the fold, while larger ones cross it — a visible demonstration of the…...
Welded Conductive Skin Turns Stretchy Rubber Into Ultra-Sensitive Wearable
3+ hour, 1+ min ago (88+ words) wearable electronics have long faced an awkward trade-off. To sense the faintest tremor of a pulse, a sensor must be exquisitely sensitive; to survive being wrapped around a wrist, finger, or knee, it must also stretch like skin. Materials that…...
Voltage switches exciton transport in 2D hybrid material – Physics World
20+ hour, 36+ min ago (227+ words) Lorna Brigham is a Scientific Editor at IOP Publishing. She holds a Master’s degree in Chemistry and completed her PhD at the University of Sussex, where she specialised in photovoltaic materials. Lorna joined the Reports on Progress in Physics journal…...
Metal-Free Catalyst Traps Green Solvent Inside Porous Polymer for Cleaner
3+ hour, 15+ min ago (644+ words) Drug-Like Molecules Bioengineer.org...
Modal Motors develops rare-earth-free motors for drones and robotics | Ukraine news - #Mezha
10+ hour, 7+ min ago (358+ words) A young company is challenging a supply chain dominated by China with motors designed for smaller machines and increasingly constrained industrial designs. Startup Modal Motors is developing electric motors that do not require rare-earth magnets. The company believes this design…...