KIT/EPFL team uses soliton frequency comb to profile 150m/s speeding bullet with micrometer accuracy.

Ferenc Krausz and colleagues develop powerful disk-based oscillator covering much of the molecular 'fingerprint' spectrum.

Harvard-Argonne partnership develops technology, with flexible features such as fast scanning and beam steering.

Technology providing 5 µm resolution imagery but requiring no external light source made freely downloadable by Australian developers.

University of Valencia implant corrects the condition by acting as a diffractive lens.

Optical fiber sensors that can be safely implanted into the body could assist diagnosis and treatment.

Economically measures wavelengths not visible to the human eye; applications in food and consumer product safety.

Researchers at Harvard and Columbia develop system to convert one wavelength of light into another without phase-matching.

Ruhr-University Bochum and University of Basel project uses quantum switches to boost resolution.

TU Wien MEMS device built around optical element is less prone to distortion than comparable devices.

New technique allows an OCT platform to image both the retina and the anterior chamber of the eye.

For precise control of optical atomic clocks outside the lab, with various measurement benefits.