Chuck Mattera, Ex-CEO of Coherent, Joins Uviquity to Boost AlN Platform for Quantum Technologies

Exciting Development at Uviquity: Chuck Mattera Takes the Helm as Strategic Advisor



In a strategic move aimed at advancing its aluminum nitride (AlN) photonics platform, Uviquity has announced the addition of Dr. Vincent D. Mattera, Jr. as a Strategic Advisor. Previously the CEO of Coherent Corp. and the founder of Avalanche Thinking, Dr. Mattera's extensive experience in the photonics industry positions him to significantly aid Uviquity's mission to revolutionize quantum and ultraviolet applications.

Uviquity specializes in developing integrated photonics, which are essential for a range of applications including quantum systems and ultra-sensitive sensing technologies. Dr. Mattera's expertise in identifying and scaling foundational technologies will be instrumental as Uviquity transitions from proving technical capabilities to putting products into the hands of customers.

Scott Burroughs, CEO of Uviquity, expressed confidence in Dr. Mattera’s ability to guide their vision, noting, "We believe integrated AlN photonics can become a foundational platform technology serving quantum systems and advanced sensing." Under Dr. Mattera’s leadership, significant efforts will focus on building partnerships and fostering customer relationships vital for long-term success in the market.

The Potential of AlN Photonics



Uviquity’s AlN photonics platform boasts several remarkable features. This ultra-wide bandgap semiconductor is transparent in the ultraviolet spectrum and exhibits unique properties such as being intrinsically nonlinear and piezoelectric. With these characteristics, the technology can facilitate optical signal routing, wavelength conversion, and high-speed modulation—all on a single chip. This offers capabilities unmatched by existing integrated platforms, positioning Uviquity as a potential leader in a field that blends cutting-edge science and practical industrial applications.

One significant advancement realized under this platform includes the shortest-wavelength second harmonic generation result demonstrated in AlN, a feat publicized in January 2026 at SPIE Photonics West. Uviquity currently holds over 20 patents pending, signaling a robust commitment to innovation.

Expansion into Various Markets



Dr. Mattera's involvement comes at a time when Uviquity aims to expand its reach into multiple markets. The company's first commercial products, which include deep-UV laser modules tailored for advanced spectroscopy and analytical instrumentation, are set to launch in the fourth quarter of 2026. The lead product, characterized as the world's first chip-scale laser at 229 nm, will cater to industries ranging from semiconductor inspection to environmental monitoring.

Furthermore, the AlN platform is also paving the way for applications in far-UVC disinfection and other wavelength-specific systems currently under development. Uviquity has recently advanced to Phase II in collaboration with BluGlass Limited, focusing on the continued progress of their PIC platform and related integrations.

Looking Ahead



The integration of advanced photonic technologies is transformative, akin to how silicon photonics has redefined data-center infrastructures. Uviquity is at the forefront of this transformation, developing a platform capable of addressing the technological needs of tomorrow's quantum systems, advanced sensing, and high-precision measurement tools.

As Uviquity gears up for the next phase in its journey, the collaboration with Dr. Mattera embodies an exciting chapter for the company and the wider photonics industry. With a focus on commercial viability coupled with scientific integrity, Uviquity aims to become a cornerstone of innovation, bridging the gap between breakthrough technologies and sustainable market applications. Uviquity's success in this endeavor could redefine existing standards in the photonics sector, showcasing the profound potential of AlN platforms in various critical domains.

Topics Consumer Technology)

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