Thu Sep 12 00:06:30 UTC 2024: ## Pentagon Races to Deploy Quantum Sensors for GPS-Independent Navigation
**McLean, Virginia** – The Pentagon is investing heavily in quantum technology, aiming to develop highly accurate and tamper-proof navigation systems that are independent of GPS. This push is fueled by the growing vulnerability of GPS to spoofing and jamming in combat situations.
John Burke, leading the Pentagon’s quantum initiatives, emphasizes the need for a complete understanding of how these technologies will be used in the field, from development to deployment. The Pentagon has seven priorities for quantum research, including the development of atomic clocks, magnetic navigation for long-range missiles, and highly secure communications.
“The sensors themselves are relatively easy to develop in a lab,” Burke said, “but it’s much harder to make them practical and deployable.”
The Defense Innovation Unit (DIU) is spearheading efforts to transition to quantum sensors from conventional ones, including the development of an atomic gyroscope that could be used in space.
The potential of quantum sensors extends beyond defense, offering applications for autonomous vehicles and other technologies. However, their cost and experimental nature currently limit their commercial viability.
Experts acknowledge the need for companies to demonstrate practical solutions that address specific government needs, rather than merely touting their quantum capabilities. This requires collaboration between government and industry, with a focus on cybersecurity, auditability, and interpretability.
“We don’t just want quantum, we want solutions,” said Ryan McKenney of Quantinuum. “The government wants to see real progress, not just buzzwords.”
This shift towards practical applications could see quantum technology become a vital asset for national security, while also finding its way into commercial applications in the future.
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