Our group studies quantum dynamics and control in spin systems, with applications in quantum information and precision measurement. We develop novel experimental and theoretical techniques for robust quantum control, investigate methods for ultra-sensitive quantum metrology with single spin sensors, and design building blocks and communication protocols for quantum information processing in distributed architectures


Control of Individual Electronic Spins & Nuclear Spins in Quasi-1D Crystals
NV Center–Based Quantum Magnetometer
Spin Gyroscope in Diamond
Quantum Information Transport
Quantum Control & Noise Characterization

The group is led by Professor Paola Cappellaro

Visit the group’s website