A nanoscale device permitting asymmetric transmission of linearly polarized light could lead to significantly more efficient optical devices.

Researchers from the University Jena shed light on the best way to generate high-energy proton radiation using laser-plasma interaction.

Compared to the conventional aluminum gallium nitride, the new material has significantly higher efficiency of luminescence.

The combination of solitons increases the color range of the emitted light from the microresonators.

The new sensor – made by KIST researchers – can detect near-infrared light, as well as previously undetectable visible light, opening up new opportunities in various...

New optical device can handle 24-bit RBG and 8-bit IR images simultaneously and independently.

Metasurface diffusers in a layer that is 0.2 micrometers in thickness scatter light of a specific color and let other wavelengths pass undisturbed.

New process uses lasers to dramatically sculpt the properties of materials without the production of any excess damaging heat.