Welcome to our Spring newsletter!

In this edition:

• Shaping the future: with quantum photonics
• Fiber-coupled bulk modules: Technology in practice
• Learn more: Explore our Knowledge Hub
• We are hiring: Senior Scientist in Photonics R&D

Shaping the future with quantum photonics

Quantum technology is redefining what is possible, unlocking unprecedented capabilities in sensing, secure communication, computing, and precision timing. But behind every breakthrough lies a fundamental requirement: light engineered with absolute precision.

Our nonlinear optical materials are helping turn quantum potential into practical reality. By enabling highly efficient wavelength conversion and photon generation, these technologies support the advanced light sources that quantum systems depend on from entangled photon pair generation for quantum key distribution to frequency conversion for transmitting quantum information across fiber and free-space networks.

From ultra-sensitive quantum sensors to next-generation communication networks and computing platforms, our solutions sit at the core of these emerging architectures delivering the control, efficiency, and reliability needed to move beyond the lab and into real-world deployment.

As quantum technologies continue to evolve, so too does the need for scalable, high-performance photonics and we are helping to enable that transition.

Fiber-coupled bulk modules: Technology in practice

Curious how fiber-coupled bulk crystal modules perform in real-world applications? This short video from our colleagues at Covesion provides an overview of how these systems enable efficient, high-power nonlinear wavelength conversion using MgO:PPLN crystals.

Designed for both OEM integration and research environments, these modules offer flexible input/output fiber coupling and are engineered for maximum conversion efficiency across a wide range of optical applications. Watch the video to see how the technology works in practice and where it can add value to your work.

Explore our Knowledge Hub

Looking to go deeper into advanced photonics research? Our Knowledge Hub brings together a carefully curated collection of peer-reviewed publications spanning nonlinear optics, waveguides, electro-optic technologies, and emerging areas in optical science.

Designed for researchers, engineers, and industry professionals, the hub provides access to high-quality studies from across the photonics community helping you stay informed on the latest developments, explore new applications, and support your own work with credible, published science.

Whether you are investigating a specific topic or broadening your understanding of the field, the Knowledge Hub is a valuable resource.

We are hiring: Senior Scientist in photonics R&D

AdvR is hiring a Senior Scientist to lead innovation in waveguides, nonlinear optics, and electro-optic technologies helping shape the future of advanced photonics. This role sits at the heart of our R&D team, driving new concepts, leading experimental programs, and contributing directly to our technology roadmap across cutting-edge optical systems.

You will work on everything from waveguide-based device development to pioneering nonlinear and electro-optic applications, generating high-quality data, solving complex technical challenges, and influencing real-world products and solutions.

It’s a hands-on, collaborative environment where you will act as a technical expert, mentor colleagues, and play a key role in advancing both research and production capabilities. If you are ready to turn expertise into innovation in photonics and quantum technologies, explore the role below.