InnovationScienceTechnology

Quantum Sensing Firm Expands with Berlin Photonics Spin-Off Focused on Micro-Integrated Engines

Rydberg Technologies has established Rydberg Photonics in Berlin to advance micro-integrated photonic engines for quantum applications. The spin-off from Ferdinand-Braun-Institut will develop hybrid laser systems and optical frequency references. This expansion aims to accelerate quantum technology deployment across global markets.

Quantum Technology Expansion Through Photonics Innovation

Rydberg Technologies, a specialist in quantum sensing and imaging solutions, has reportedly launched a new subsidiary named Rydberg Photonics based in Berlin. According to reports, the newly formed company aims to develop next-generation compact, micro-integrated photonic engines designed to power various quantum technologies. This strategic move represents a significant expansion in the quantum technology landscape, with sources indicating the company will leverage extensive research from the Ferdinand-Braun-Institut.

ScienceTechnology

MIT Researchers Develop Framework to Predict Quantum Materials Commercial Viability

MIT researchers have developed a comprehensive framework to evaluate which quantum materials are most likely to achieve commercial success. The system combines quantum properties with cost, environmental impact, and supply chain factors to guide research toward practical applications.

New Evaluation Framework for Quantum Materials

Researchers at the Massachusetts Institute of Technology have developed a systematic approach to predict which quantum materials are most likely to achieve commercial success, according to their recently published study. The framework combines a material’s quantum properties with practical considerations like cost, environmental impact, and supply chain resilience that have traditionally been overlooked in fundamental research.