Quantum sensors

We develop quantum sensors based on MEMS atomic vapor cells and diamond nitrogen-vacancy (NV) centers, enabling instruments such as magnetometers, gyroscopes, and radiometers with applications in space, healthcare, automotive, and energy.

• Our work builds on a mature sensor physics package platform that supports both hot vapor and NV centers. This platform has been used to demonstrate sensor prototypes such as magnetometers, RF sensors, and gyroscopes.

• We also evaluate emerging approaches such as Rydberg electrometry and diamond NV center-based sensors for future applications.

Our focus is on developing sensing technologies that combine quantum‑level performance with robustness, compactness, and the potential for industrial-scale deployment.