Rydberg Technologies Inc. announced the launch of Rydberg Photonics GmbH in Berlin, establishing a new hub for micro-integrated photonics innovation. The Berlin-based spin-off from the Ferdinand-Braun-Institut (FBH) will deliver next-generation compact photonic engines, essential for advancing quantum technology ecosystems. Building on over a decade of FBH research, the company introduces precision-engineered devices and commercial products, including optical frequency references and hybrid integrated lasers. Dr. Anderson, CEO of Rydberg Technologies, emphasized the milestone in expanding transatlantic photonics and quantum capabilities, combining German engineering with U.S. system development.
“The launch of Rydberg Photonics marks an important milestone in expanding our transatlantic photonics and quantum technology capabilities,” Dr. Anderson, Rydberg Technologies
The launch of Rydberg Photonics in Berlin signifies a key step in strengthening transatlantic capabilities in quantum technology, according to Rydberg Technologies. This new company, a spin-off from the Ferdinand-Braun-Institut (FBH), is poised to deliver advanced, compact photonic engines designed to support the growing global quantum ecosystem. By establishing a European base, Rydberg Technologies aims to bridge innovation between U.S. system development and German photonics engineering expertise.
Rydberg Photonics will focus on manufacturing precision-engineered devices, including compact optical frequency references and high-power lasers. These components are essential building blocks for quantum sensors, clocks, and communication networks, representing a direct transition of over a decade of FBH research into commercial products. Dr. Anderson from Rydberg Technologies emphasized that this partnership links German innovation with U.S. development to deliver scalable, field-ready quantum solutions.
Building on this collaboration, Rydberg Technologies and Rydberg Photonics will operate as strategic partners across both U.S. and European markets. This transatlantic approach allows for the delivery of micro-integrated photonics systems for a wide range of technological, research, and commercial applications worldwide. Dr. Anderson from Rydberg Photonics stated that the company is committed to accelerating the deployment of quantum technologies across industrial, scientific, and commercial sectors.
Innovative Photonics Solutions for Global Markets
Rydberg Photonics’ initial product line focuses on delivering essential building blocks for advanced quantum systems and photonic applications. The company announced plans to offer compact optical frequency references and hybrid integrated, narrow-linewidth, high-power lasers. These components are crucial for enabling precision in quantum sensors, atomic clocks, and the development of secure quantum communication networks. According to the company, these devices represent a significant step toward miniaturizing and scaling quantum technologies for broader accessibility.
Building on over a decade of research at the Ferdinand-Braun-Institut (FBH), Rydberg Photonics is prioritizing the commercialization of precision-engineered devices. These aren’t just prototypes; they are designed for integration into real-world applications. The hybrid integrated lasers, in particular, combine multiple laser technologies onto a single chip, increasing power and stability while reducing size and complexity. Dr. Anderson from Rydberg Technologies emphasized the strategic importance of linking German photonics engineering with U.S. system development to accelerate market delivery.
“Together with our partners at FBH, we are combining world-class micro-integrated photonics innovation with advanced quantum system development to accelerate global deployment across industrial, scientific, and commercial markets.” Dr. Anderson, Rydberg Technologies
Meanwhile, the availability of these compact, micro-integrated photonic systems is poised to impact a range of industries. From scientific research and metrology to commercial applications in sensing and telecommunications, the technology offers increased performance and scalability. Rydberg Photonics and Rydberg Technologies will operate as strategic partners, collaboratively serving both U.S. and European markets. This partnership aims to establish a robust supply chain for advanced photonic components, fostering innovation and growth within the quantum technology ecosystem.
Building on over a decade of research at the Ferdinand-Braun-Institut, Rydberg Photonics is poised to deliver scalable photonic engines crucial for advancing quantum technologies. Dr. Anderson from Rydberg Technologies emphasized this launch expands transatlantic capabilities, accelerating deployment across diverse markets. This development could enable more compact and efficient quantum systems, impacting fields reliant on precise data transmission and processing.
For industries seeking to harness the power of quantum computing, Rydberg Photonics represents a significant step toward practical realization. Dr. Anderson from Rydberg Photonics envisions these micro-integrated engines powering a broader quantum ecosystem, ultimately facilitating wider adoption and innovation. The implications extend beyond quantum computing to areas like secure communications and advanced sensing.
