We build room-temperature diamond nitrogen-vacancy (NV) quantum sensors. Using the quantum state of single atomic spins, the lab images magnetic fields at the nanoscale, inspects semiconductor devices without damaging them, and develops next-generation quantum devices for ultra-sensitive sensing and navigation — bridging quantum information and real-world applications.
Integrating diamond NV-center qubits, spintronics, and microdevices for ultra-sensitive sensing and advanced materials science.
Nitrogen-vacancy (NV) centers in diamond provide a unique platform for quantum sensing, enabling the detection of magnetic, electric, and thermal signals at the nanoscale.
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We aim to develop a non-destructive semiconductor device inspection technique using quantum sensors.
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We aim to develop next-generation magnetic sensors based on quantum sensing — including ultra-sensitive RF sensors and amplifiers toward precise single-qubit control.
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