Atomic Sensors
Explore 3D-printed models of radio frequency magnetometers and atomic spin gyroscopes, developed with industry partners. These quantum sensors are crucial for non-destructive testing, autonomous navigation, and future Position, Navigation, and Timing systems, supporting the UK’s quantum component supply chain.
Compact Ion Traps, Cubic Cavities, and Microcombs
We are displaying 3D-printed models of compact ion traps, cubic cavities, and microcombs – all critical for transportable optical clocks. These clocks are essential for the redefinition of the second, enabling comparisons between optical clocks and geodesy applications. The components showcased, including NPL’s cubic cavity design, demonstrate significant miniaturisation for future space and scientific applications.
Holdover Clocks Display
Explore compact holdover clocks designed to maintain local time and frequency during Global Navigation Satellite System (GNSS) outages. These miniaturised clocks are vital for creating resilient networks, ensuring businesses continue to operate seamlessly in the event of GNSS disruptions, with straightforward electronic interfaces for ease of use. Read our latest report on holdover clocks.
Benchmarking and Metrics for Qubits
This live demonstration showcases automated benchmarking of superconducting qubits, offering scalable solutions for real-time calibration. In collaboration with Mind Foundry and NPL’s Quantum Software team, the system provides fast, accurate measurement of qubit performance within minutes, helping to advance the scaling up of quantum computing technologies.
Non-contacting Microwave Resonator
This live demonstration showcases the electrical characterisation of quantum materials, such as quantum wells, using non-contacting microwave resonators. It offers hands-on measurement of samples and highlights the advanced equipment available in NPL’s labs, supporting industries involved in the quantum supply chain.