We push quantum photonics into new regimes of scale and complexity, targeting higher dimensions and larger photon numbers. Our lab expands and controls vast Hilbert spaces using linear and nonlinear optics, leveraging integrated photonics, 3D laser-written circuits, and telecom components—combining theory, device design, and experiments to build advanced quantum architectures.
Fields of Interest
High dimensional quantum photonics
Photonic Integrated & Fiber-Integrated Quantum Devices
Multipartite Entanglement and Photonic Quantum Networks
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