Quantum Sensing

The scalability of atom-based quantum sensors is currently limited by traditional free-space optics. Our group researches novel sensor architectures that utilize metasurfaces and integrated photonics to control state preparation and readout at the chip scale. By replacing discrete optical components with integrated solutions, we enhance the stability and sensitivity of quantum devices while drastically reducing their physical footprint. Our research enables the transition to robust, field-deployable sensors for high-precision navigation, timing, and environmental monitoring.