Quantum photonics devices are realised in incompatible platforms, and operate in different wavelength and conditions (e.g. ion traps, solid-state qubits, superconductors). A unifying technology is needed to make them work in a single scalable quantum platform. This project aims to develop proof-of-principle realisations of basic devices for photon generation, switching and manipulation on the basis of optical fibre and waveguide technologies.
Quantum States Operation and Coherent Switching in a Fiberised Quantum Network
- The development of packaged fibre-integrated metamaterial plasmonic absorber device and processes for its fabrication;
- The development of stabilised fiberised platform for quantum network experiments equipped with a source of entangled/heralded photons;
- The first demonstration of coherent perfect absorption of a single photon in a fibre network;
- The first demonstration of single photon switching in a fiberised quantum network with visibility of 80%;
- The first demonstration of quantum states filtering with fiberised metamaterial absorber.
Prof. Nikolay Zheludev, CDPT, NTU
Prof. Cesare Soci, CDPT, NTU
Dr. Zhu Shiyang, IME, A*STAR email@example.com
Prof. Alex Ling, CQT, NUS