The Division of Quantum Information (DQI) is focused on connecting researchers working across quantum information sciences and technology in Canada. The basic topics studied in the field are the use of quantum entanglement including quantum communications, computation, sensing, and other uses of the fundamental properties of quantum mechanics. This has the potential to influence methods in a variety of ways from the simulation of quantum field theories, the study of fluids, quantum chemistry, finance, and beyond. One of the major goals of the field is to make a quantum computer, a device that would allow for computations based on quantum entanglement represented by qubits instead of classical bits. This requires both development and knowledge of:
- Quantum software compilation and transpilation
- Design of hardware (superconducting, photonic, spin, solid state, cold atom traps, Rydberg atoms, and all other qubit platforms) to affect quantum properties of a system.
- Quantum sensing techniques
- Quantum algorithms for all applications
- Mathematical topics in quantum information and resource theories
- Topics in computer science extended to the quantum case
- Studies and methods focused on entanglement
Quantum information is seated at the intersection between academic institutions and industry. We welcome both and hope to support this emerging area for future technologies!
Please consider joining our Discord to connect with DQI members, news, and announcements. Just send an email to the webmaster (bakerte@uvic.ca) to get access.
Our Leadership
Chair
Daria Ahresmeier
Simon Fraser University
Vice Chair
Olivia Di Matteo
University of British Columbia
Secretary-Treasurer
Carlo Maria Scandolo
University of Calgary
Past Chair
Vacant
Webmaster
Thomas E. Baker
University of Victoria