About
NASA has pursued quantum technology research across multiple centres for decades, with a focus on quantum sensing for Earth observation and navigation, quantum computing for aerospace optimisation and simulation, and quantum communications for deep-space missions. Its quantum activities span the Ames Research Center for quantum computing, the Jet Propulsion Laboratory (JPL) for quantum sensing and communications, and the Goddard Space Flight Center for quantum atomic clocks used in space navigation. The NASA Quantum Artificial Intelligence Laboratory (QuAIL) at Ames Research Center, operated in partnership with Google and USRA (Universities Space Research Association), has investigated quantum computing applications for aerospace logistics, scheduling, trajectory optimisation, and machine learning since 2013. NASA tested early D-Wave quantum annealers at Ames and has engaged with multiple quantum hardware platforms. NASA's JPL quantum sensing programme develops cold-atom sensors for fundamental physics tests in microgravity, including the BECCAL experiment on the ISS, precision navigation without GPS, and gravitational measurements for planetary science. NASA also participates in the Quantum Internet testbed through the DOE-NSF quantum network programmes and is developing quantum-secure communications protocols for future deep-space missions. Its atomic clock programme, including the Deep Space Atomic Clock (DSAC) mission, reflects a long-standing commitment to quantum timing technology for navigation.
Quantum Specifications
| Quantum Focus | hardware |
