Quantum science is key to the Quantum and Nanotechnologies Research Centre. This is a growing and evolving sector that is expected to grow to industrial scale in Canada by 2045.
Our expertise
The quantum physics, quantum theory and computation, and ultrafast quantum photonics teams of the Quantum and Nanotechnologies Research Centre develop and research solutions.
Quantum physics
Focus of researchers in the quantum physics team:
- Semiconductor quantum devices and materials
- Targeting applications within quantum communications
- Few-qubit quantum circuits and quantum sensors
The team undertakes experiments in both quantum transport and quantum optics, typically in cryogenic environments at temperatures as low as 10 millikelvin, with the aim of generating and coherently manipulating single photons, single excitons, single electrons and single holes.
Quantum theory and computation
The researchers on this team use formal theory and computational simulation to model the properties of materials, the interaction and light and matter and the means by which quantum mechanical systems can be employed in novel technologies.
Main areas of research conducted by members of this group
- Computational chemistry
- Condensed phase structure and property prediction
- Molecular quantum mechanics
- Development of new quantum computation, communication and information technologies
This work is characterized by close collaboration with experimental groups within the NRC, in Canada and internationally. As such, there is an emphasis on the first-principles simulation of experimental observables as well as on the design and optimization of new experiments in order to both provide insight into the interpretation of leading-edge results and guide future laboratory-based efforts.
Ultrafast quantum photonics
This team studies the quantum nature of light and matter. Their research is in 3 key areas:
- Foundational quantum physics
- Quantum components such as memories and sources
- Quantum applications
The team uses ultrafast laser pulses—femtoseconds to picoseconds in duration—to generate and control quantum states, including single photons.
Controlling light and matter on ultrafast timescales is a powerful approach that minimizes the impact of unwanted decoherence and noise on quantum technologies.
Applications of the group's research include new quantum sensing and imaging techniques, quantum communication and quantum information processing.
Programs
Discover other NRC programs that support Canada's quantum goals:
Quantum Research and Development Initiative
Supports collaborative federal quantum R&D in mandated or priority areas of the Government of Canada
Internet of Things: Quantum Sensors Challenge program
Focuses on revolutionary sensors for applications in the environment, natural resources, healthcare and defence sectors
Applied Quantum Computing Challenge program
Supports research in quantum algorithms, simulations and software to drive scientific discovery
High-throughput and Secure Networks Challenge program
Includes a program theme that focuses on R&D of quantum-secured communications across Canada to allow quantum technologies to connect at a distance
Success stories
Learn more about our significant milestones and accomplishments in the field quantum science:
Why work with us
The Quantum and Nanotechnologies Research Centre works with Canadian and international stakeholders and clients to advance science, accelerate and de-risk innovation and promote equity, diversity and inclusion throughout the innovation ecosystem.
Developments we work on with our stakeholders:
- Advances in quantum computing, communication and imaging
- Advanced materials for printed and embedded electronics
- Integrated photonic components on silicon metamaterial-based circuits
- Prototype and test technologies
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Contact us
Alexander Munro
Director, Business Development
Quantum and Nanotechnologies Research Centre
Telephone: 514-448-7698
Email: alexander.munro@nrc-cnrc.gc.ca