We are an interdisciplinary research group based at the Institute for Quantum Science and Technology at the University of Calgary. Comprising both experimental and theoretical researchers, our primary focus is on the reversible quantum interface between superconducting circuits and quantum optical systems. Our lab is dedicated to advancing quantum communication technology that seamlessly integrates with superconducting processors, enabling the construction of large-scale quantum networks. Furthermore, we actively engage in the development of non-invasive quantum sensing and imaging techniques, specifically designed for applications involving delicate and light-sensitive materials.
Current Projects
Electro-optomechanical Systems
Electro or optomechanics is a rapidly growing field of research that is concerned with the interaction between a mechanical resonator…
Superconducting CQED
We are interested in study the quantum phenomena in superconducting circuits manipulation and readout of…
Quantum Sensing and Imaging
We aim to experimentally develop and theoretically study high-resolution non-invasive quantum sensors and implement a…
Topological Integrated Quantum Systems
Topological photonic insulators, a new phase of matter in photonics, have attracted considerable attention due to their unique ability to…
Let’s build something together
Funding
Integrated Hybrid Quantum Circuits 