Full EUV power at “laboratory scale” achieved by Robert Klas from Friedrich Schiller University.
NIST and KTH (Sweden) use particle accelerator analysis of steel melt yields to better understand laser AM process.
Platform combining NIR and SWIR could be used for fluorescence-guided neuroblastoma surgery.
Multiphoton fabrication method could produce printable bioelectronics or interfaces.
Sandia Labs “breakthrough” enables LEDs or bulbs to replace lasers for holograms, sensing, ADAS and communications.
Experimental project in Switzerland with Sunways and EPFL starts in May, 2023
New type of laser could have “significant impact” on lidar and optical ranging, say developers.
Module consists of solar cells made of sandwiched monolithic perovskite-silicon layers.
Combining interferometric scattering with AI could detect small traces of disease markers.
Geneva-based group say high-performance detectors will combat optical network eavesdropping.
University of Birmingham investigates manufacture of bioinspired structure to manipulate light.
Netherlands-based researchers claim progress in integrated photonics with applications in portable medical imaging.