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.

Demonstration achieved in five full size modules plated with alloy – confirming value of metallization.