Our People

Rainer Dumke develops hybrid atomic and superconducting quantum systems, creating ultra precise sensors, portable atom interferometers, and innovative quantum circuits that advance computing and sensing technologies.

Junyi Lee develops highly sensitive optically pumped magnetometers for magnetic anomaly detection. His work also explores quantum sensing, exotic physics, and quantum computing algorithms.

Daniel Dolfi develops SQIFs and superconducting devices for quantum sensing. His work spans atomic clocks, cold atom IMUs, RF sensing with rare earth crystals and Rydberg atoms, and advanced optical sensing techniques.

Kuan Eng Johnson Goh works on solid state spin qubits and quantum effect devices for computation and sensing. His research covers quantum materials, valleytronics, and solid state technologies for next generation quantum systems.

Wang Hong develops silicon photonics and integrated photonic circuits to miniaturize quantum sensors. His research spans nano structured materials, photonic devices, and hybrid laser technologies for communication, sensing, and healthcare applications.