The main objective of the Thematic Center for Quantum Photonics is
to develop key materials and devices for applications in photonic quantum
technologies. We synergize the existing research strengths in RCAS, including
material growth, spectroscopy measurements, device fabrications, and
theoretical analysis. Collaborations with domestic and overseas leading
research teams have also been established in order to leverage state-of-theart
techniques for tackling the technical barriers in materials and devices for
applications in quantum photonics technologies.
Research Areas
The research areas of the Thematic Center include:
(1) Developing quantum light source and single-photon detectors;
(2) exploring room-temperature quantum systems for applications in spin control and quantum sensing;
(3) design and fabrication of nanophotonic structures;
and (4) Developing emergent materials for new device architectures.
We hope in the long term can achieve significant breakthroughs in photonic quantum computations and communications.
(1) Developing quantum light source and single-photon detectors;
(2) exploring room-temperature quantum systems for applications in spin control and quantum sensing;
(3) design and fabrication of nanophotonic structures;
and (4) Developing emergent materials for new device architectures.
We hope in the long term can achieve significant breakthroughs in photonic quantum computations and communications.
