Two-photon lithography process leads to enhanced physical properties.

To meet challenges in inertial fusion energy and drive sustainable fusion power.

Method from University of Bristol functions well against strong solar background.

Light-scattering data give insights into milk composition.

Metasurface-based approach offers scalability for diverse applications and mass manufacture.

Offers potential to improve nanotechnology and power nuclear clocks.

Photonic device that curls beam off chip surface could advance displays, communications, quantum computing.

Researchers demonstrate nanosecond optical switching using a dye-doped droplet that redirects stored energy without electrical input.

Raman has significant potential for assessing stability of mRNA vaccines.

Scalable nanostructures based on photonic crystals reflect propulsive laser light, while cutting heat and mass.

Chalmers-developed chemicals achieve higher resolution than 4-photon microscopy, even using 2-photon method.

Australian-developed air cavities help atom-thin semiconductors shine brighter.