A light pulse redirects electrons in an ultrathin layered material, creating a stable new state without heat or damage and ...

A nanovaccine uses tiny particles to encapsulate and deliver antigens to immune cells, triggering the body’s protective ...

Scientists create stable niobium sulfide metallic nanotubes using table salt, paving the way for superconducting wires, ...

A stacked chip captures, encrypts, and searches image data directly on hardware, combining photodetection, memory, and key ...

A massive star was torn apart by a supermassive black hole, producing the most powerful and distant flare ever observed, ...

Stretchable elastomer paints form conductive and insulating layers directly on curved surfaces, enabling multilayer soft ...

X-ray microcomputed tomography enables noninvasive study of chaotic light dynamics, opening a new window for exploring 3D ...

Researchers achieved wafer-scale, 95% yield memristor circuits, unlocking new potential for dense, efficient AI chips modeled on the human brain.

In a promising breakthrough, MIT physicists have today reported their observation of new key evidence of unconventional ...

Gyromorphs' have chip capabilities essential to the design of cutting-edge computers that use light instead of electricity.

Researchers create cobalt single-atom catalysts in porous carbon nanofibers to speed redox reactions and stop polysulfide ...

A thin organic infrared photodiode uses polaritons for stable, narrowband detection, enabling low-power sensors for medical, ...