Nanotechnology has potential to shrink critical space instrumentation dramatically, by replacing traditional optical components.

Trumpf, Schott and Bosch involved in project ScULPT to produce new source for with tenfold increase in productivity for materials processing.

Project for Germany intends to unlock the potential of light-controlled biomolecules.

TUW and ETHZ researchers add lateral absorber to laser resonator, creating emission bandwidth across a full octave.

For fast and non-invasive screening applications in spectroscopy, surveillance, cancer diagnosis and more.

High-repetition-rate laser ready for shipment to Europe’s Extreme Light Infrastructure facility near Prague.

Novel optical fiber and solar cells among Spanish projects recognized for problem-solving, commercial potential.

Partners to jointly develop high-power ultrafast laser for materials processing and more.

Netherlands-Poland team use laser to write data onto cobalt-doped garnet, with ultra-low thermal cost.

Fraunhofer ILT supporting ALISE project with Leibniz Institute and Airbus Defence & Space to develop pumped alexandrite laser.

Retinal ganglion cells viewed by "multi-offset detection" – an adaptation of confocal adaptive optics scanning ophthalmoscopy.

French team develops “nanohyperthermia”; C-nanotube delivers infrared beam to blast tumor but spares healthy tissue.