Researchers created a targeted fat loss therapy using light-sensitive nanoparticles that activate fat-burning processes ...

Researchers found a way to control charge flow in ultrathin metals with light at room temperature, enabling efficient optical and quantum technology.

A new graphene-based accelerometer design improves durability and yield using 1 micron trenches, offering potential for ...

Researchers developed platinum-calcium alloy nanoparticles that improve both efficiency and durability of hydrogen fuel cells ...

Scientists developed a new synthesis route for ultrathin photoanodes, which enables a 100 nm tantalum nitride layer to ...

Reprogrammable RNA nanoparticles activate only in cancer cells to deliver targeted gene-silencing therapy while avoiding ...

Researchers developed a 3D printing-based method to tailor metal alloys by composition and structure, creating stronger, ...

Glass embedded with electric-field-driven electrodes removes dust from its surface without water or scrubbing, offering a ...

Researchers create transparent silver nanowire electrodes to improve IR cameras, enabling clearer imaging and flexible ...

Scientists developed flexible optoelectronic device using low-temperature process with minimized thin-film defects via ...

Researchers used a light-driven molecular motor to wind two molecular strands into an interlocked ring structure called a ...

Researchers developed a carbon nanofiber-based sensor that detects two drugs at once in water, offering a sensitive, low-cost ...