Boston, MA -- Our team was recognized with an Invited Talk to present on our novel 'photonic inks' for semiconductor manufacturing.

Our technology enables both the silicon photonics and printed electronics industries with a novel method of creating active opto-electronic components such as lasers, LEDS, and detectors using high-quality semiconducting nanomaterials.

Iris Light and Argonne National Laboratory have teamed up in this DOE Small Business Technology Transfer (STTR) Phase II. In this project, we will continue to advance our unique method of making printed opto-electronic active components on silicon chips. The prime impact targeted is a new manufacturing method of producing on-chip lasers for energy-efficient data centers.

Miramar, FL -- Our team has been recognized with an Invited Talk by the conference organizing committee to present on our novel 'photonic inks' for semiconductor manufacturing.

Our technology enables both the silicon photonics and printed electronics industries with a novel method of creating active opto-electronic components such as lasers, LEDS, and detectors using high-quality semiconducting nanomaterials.

Iris Light and the University of Arizona were selected to for an AFWERX Small Business Technology Transfer (STTR) contract to create on-chip frequency combs based on Iris proprietary photonic inks and U. Arizona comb tech.

We are primed to impact the multi-billion silicon photonics industry with this new NSF Small Business Innovation Research (SBIR) Phase II. In this project, we will both conduct commercial pilots (get in touch!), as well as continue to advance our unique ink method of making active opto-electronic components on silicon chips.

San Francisco, CA -- We will be presenting a 30 min talk on the our novel 'photonic inks' and their use for the printed electronics industry.

Our technology enables a novel method of creating active opto-electronic components such as lasers, LEDS, and detectors by printing high-quality semiconducting nanomaterials.