Felice Frankel, MIT

Photonics technology emerged and flourished in the telecommunications industry, and was characterized from the 1970s-90s as a discretely mated kilometer-scale network of devices and optical components, each manufactured by dedicated vendors. That was then.

Today, a new form of densely integrated photonics is developing at an accelerating rate, taking advantage of lithography and the planar platform of a wafer to manufacture thousands of devices, fabricated by one unique vendor, for targeted applications.

Optical transceivers for ultrahigh communications rates in massive data centers. RF signal processing of microwave signals within an unprecedented micron-scale circuit footprint. High fidelity disposable biosensors. Compact LIDAR imaging arrays. These are four Key Technology Manufacturing Areas that are prompting the emergence of new standards for fabrication of silicon-compatible or indium phosphide-compatible application-specific circuits. 

AIM Photonics Academy provides authoritative and comprehensive educational materials to teach from or learn about the new science of integrated photonics. We publish teaching packages, offer online self-paced modules and intensive multi-week courses on photonic integrated circuit fabrication; we run a speaker series, host two yearly conferences and a summer school; we offer courses at MIT; and we occasionally offer tutorials, professional development sessions and on-site training to support integrated photonics in industry and in universities.

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NSF has funding to support research projects that use AIM's fabrication facilities in Albany.

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