#United States #BAE Systems #Quantum Technology #Air Force #Nashua, New Hampshire

BAE Systems and AFRL: A Leap into the Quantum Frontier

In an exciting development for the field of quantum technology, BAE Systems' esteemed FAST Labs™ research organization has teamed up with the Air Force Research Laboratory (AFRL) to embark on a pioneering project. This collaboration, formalized through a three-year Cooperative Research and Development Agreement (CRADA), aims to propel advancements in quantum sensing and networking capabilities.

The Vision Behind the Collaboration

Jane Heyes, the principal scientist at BAE Systems' FAST Labs, expressed her enthusiasm about the partnership: "This agreement will enable us to push the boundaries of quantum sensing and networking." The collaboration between BAE Systems and AFRL has the potential to unlock new avenues for improving communication among soldiers, enhancing spectrum awareness, and refining electronic warfare techniques.

The objective is to integrate state-of-the-art technologies into the realms of quantum sensors and networks, thereby revolutionizing capabilities and bolstering security for both defense and civilian applications. As Dr. Erin C. Sheridan, a research physicist specializing in quantum information science at AFRL, aptly noted, this partnership is geared towards combining industry expertise in quantum sensing with the cutting-edge insights from AFRL’s quantum networking domain.

Key Outcomes Expected from the Research

The collaborative efforts will primarily focus on advancing quantum RF sensors based on Rydberg atoms. This particular atomic structure is significant due to its suitability for studying the principles of quantum mechanics, which can lead to the development of groundbreaking technologies. The innovative approach enables frequency-independent sensing, making it especially beneficial for smaller platform integrations.

One of the exciting prospects of this research is the potential to operate multiple RF antennas in tandem. Such an arrangement is crucial for conducting essential measurements across a diverse spectrum, catering to a wide range of defense interests. The implications of achieving such advancements are immense, promising enhanced operational capabilities for the armed forces.

Where the Work Will Happen

The research and development under this program will take place across multiple locations, incorporating BAE Systems' facilities situated in Merrimack, New Hampshire, and AFRL's Information Directorate located in Rome, New York. Additionally, testing will occur at an AFRL field site in Stockbridge, New York.

This multi-site approach is designed to maximize the knowledge base and resources available, allowing for a well-rounded development environment that can support high-level research objectives.

Embracing the Future of Quantum Research

As we forge ahead into an era heavily influenced by quantum technology, this partnership between BAE Systems and AFRL is poised to set new standards for what can be achieved in military and technology applications. The future will undoubtedly witness the impact of this collaboration as it paves the way for innovative solutions that empower defense changes for soldiers on the field.

For further information, inquiries can be directed to Paul Roberts at BAE Systems, who can provide more insights on this groundbreaking venture.

[References: BAE Systems, Air Force Research Laboratory]