Week-long program at MIT offers insights into the science, tools, and real-world applications driving next-generation integrated photonics technologies.

The U.S. Department of Defense is pursuing new sensor technologies that can monitor biological tissue health in real time to support regenerative medicine and domestic biomanufacturing. This article discusses the BIO INSPECT (Biological, Integrated, Novel, Silicon Photonics for Efficient Characterization and Testing) project led by AIM Photonics in collaboration with the Air Force Research Laboratory.

Working with AIM Photonics and Analog Photonics, Researchers from the University of California, Santa Barbara (UCSB) have demonstrated a new method for integrating quantum dot lasers directly onto silicon photonics chiplets—a critical step toward scalable, cost-effective on-chip light sources. This article describes how the team combined innovative growth and packaging techniques to address the material mismatch that has made it difficult to integrate III-V semiconductor lasers with silicon photonics.

AIM Photonics invites those interested to submit proposals to the call for the AIM Photonics Government Directed Project (GDP): Advanced Silicon Photonics for Enhanced Networking (ASPEN). Multiple awards are anticipated under this program, which currently has $10M in funding. Additional federal funding may be available to support a second phase of this effort; however, it is expected that any future work would build on the results of this effort.

In this episode of Photonics in Focus, Nathan Lin, AIM Photonics’ Director of Outreach, talks with Kevin McComber, Founder and Executive Director of the Spark Photonics Foundation. Dedicated to inspiring the next generation of innovators, the Foundation provides practical, hands-on STEM education and outreach that connects K-12 students with real-world applications in photonics, semiconductors, and advanced manufacturing. Kevin shares how his team collaborates with educators to spark curiosity and expand the talent pipeline for the PIC industry by offering engaging, project-based learning experiences that resonate with young minds.

AIM Photonics would like to invite those interested to submit proposals to be included in the AIM Photonics Government Directed Project: QFlex Design Competition and MPW Access (QFlexDC). This competition will provide up to 25mm2 on a QFlex MPW run at no charge rather than providing funding directly to the competition winners.

The Canadian Photonics Fabrication Centre joins the AIM Photonics ecosystem to enable member organizations with a seamless North American integrated photonics supply chain.