KIT project employs two-color illumination and nonlinear absorption.
Imaging of hypoxia signals in near-infared can identify affected tissue.
Creation of gas bubbles lets laser scanning microscopy look deeper into tissues.
NIST-developed networks have tiny light sources at each neuron to broadcast to connections.
Discovery by Tampere University Quantum Optics Group promises more sensitive distance measurements and more.
Washington University in St. Louis dual wavelength approach gives quantitative details of tumor depth.
University of Houston discovery claimed to break solar harvesting efficiency record.
Fraunhofer IOF, startup NovaPump, and Jena University Hospital’s “pump cage” is cut out of a thin metal tube by laser.
Soreq Nuclear Research Center uses 3D laser printing to create tiny optical device.
Focus of new development project at Fraunhofers ILT (lasers), IST (thin films), and ISIT (silicon).
“M2C” intends to address micro-technological challenges faced by industry, including laser 3D printing.
TU Vienna and FHI Berlin say new information is obtained – that none of the methods alone could reveal.