MISSION project developing next-generation integrated photonics devices.
Nanoelectronic Materials branch and Iris Light Tech startup to work together on hybrid “printable” silicon lasers.
Shanghai project creates sub-wavelength imaging in new near-field manner.
European group developing “chemical-free, technical alternative in crop management” using lasers, AI and Internet of Things.
Achievement could have wide-ranging implications in laboratory, commercial and industrial situations.
“PRISM microscope” promises rapid, real-time diagnostics including for Covid-19.
Funded by US directed energy weapons development agency, the Joint Directed Energy Transition Office.
Detection limit two orders of magnitude better than equivalent-size piezoelectric; aimed at medical photoacoustic imaging.
Five-year research and development partnership focused on new broadband sources for metrology applications.
Talk considers challenges in power scaling ultrafast sources; state of the art in thin disk multipass lasers, and their future.
$750k funding to develop infrared sensor for pollutants including nitrates and ammonia; similar detectors for E. coli may follow.
Princeton platform detects methane concentrations as low as 0.1 parts per million.