Latest in Science and Technology

University of Virginia engineers printed soft conductive films on a two-layer liquid bath, then turned them into RFID tags that tracked milk and banana spoilage over 10 days.

A sensor-packed suit and a graph-based AI model identified scoliosis with 92.63% accuracy in a 190-person study across four hospitals and a school program.

A green laser and nano-sized ceramic particles let a team print AA7075 aluminum that beat forged metal on yield strength while using 40-45% less laser power.

A warm acetic acid bath dissolved a recyclable epoxy and freed intact glass-fiber fabrics, and new panels made from them kept 91-95% of key strengths.

A statistical model built from natural protein families produced hundreds of active PET-breaking enzymes, and the best beat a leading benchmark in most test conditions.

A copper-coated nickel membrane let a solar-charged reactor cut nitrate in groundwater below 10 mg/L for six days, using far less energy than a standard design.

A Glasgow-led team used an industrial laser to lift the plastic layer off aged solar cells, then pulled out silver with more than 95% selectivity.

Two early trials of an engineered tumor-fighting cell therapy found responses in two-thirds of 15 patients at the chosen dose, without the harsh drug IL-2.

A six-month trial of 60 children in Korea found that a five-station robot circuit improved motor skills and balance more than standard community therapy.

A Yale-led team turns invisible heat into green-light signals that a standard silicon camera can read at room temperature.

A chip-made ultrasound array runs on 5 volts, images arteries, and tracks blood pressure for up to nine hours.

A USB-powered reader from AIIMS Bhopal flagged every confirmed case among 801 rural women, though larger trials must still confirm its accuracy.

A new ion-assisted design lets red, green, and blue quantum dot pixels glow efficiently for thousands of hours on real display backplanes.

Google Labs worked with architects, sound designers and video creators, and each team shaped its own AI tool by describing it in words.

Google researchers designed sun-powered satellite clusters for AI computing, and their first test satellite has now answered a prompt from orbit.

A plasma-tuned electrode lets ultrathin hafnium-based capacitors flip at 0.6 volts and survive a trillion cycles without breaking down.

University of Maryland engineers paired a pipetting robot with machine learning to find natural films that beat plastic wrap in lab produce tests.

Nanjing chemists locked chain-like crystals into flat sheets that grab gold quickly and selectively, even from leachate made from old computer processors.

A brief chill during film processing helps perovskite solar mini-modules hold their fill factor, reaching a certified 23.9% efficiency.

A quantum light chip made of atom-thin crystals sends pure single photons down a waveguide. Read how DTU built it and what to study next.

Google DeepMind says its new AI model creates interactive worlds in real time, with native audio and text control.

A German-led team built a low-cost sensor that measures weak MRI magnetic fields far more precisely than a standard Hall sensor.

A thin carbon shell and tiny spinel dots helped a manganese-rich cathode keep 88.9% of its capacity over 150 cycles at 4.99 volts.

A copper-loaded porous crystal lets a neutral slurry polish tough silicon carbide wafers about 15 times faster, with little copper left in the waste.

KAIST chemists pushed a liquid electron carrier past four electrons per molecule and ran a 10-cell stack on straw.