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Author: Gabriella Wynn

The Quantum Colab user meeting connected users and staff across the three nodes

February 27, 2023

By Gabriella Wynn

With the new year comes new opportunities to share and strengthen visions for the Quantum Colab. The inaugural user meeting introduced users to the resources, processes, training activities, and exciting outcomes, while providing a venue to share their user experiences with Quantum Colab staff.

Staff visitations between Quantum Colaboratory nodes aim to strengthen shared expertise through collaborations

February 15, 2023

By Gabriella Wynn

Staff delegates of the Quantum Colaboratory (Quantum Colab) visited the University of Waterloo and Université de Sherbrooke for a showcase of their world-leading research facilities and to build upon existing connections through detailed idea exchange.

Quantum Colaboratory users advancing quantum research and development  

January 24, 2023

By Gabriella Wynn

The Quantum Colaboratory is seeing a growth in new users across a broad community of researchers, who are using the resources to advance their research.

Quantum Colab workshop: accelerating quantum research through collaboration

December 14, 2022

By Gabriella Wynn

The Quantum Colab has hosted a workshop on growing superconducting materials, convening researchers from its three partner universities to share their expertise and discuss opportunities for collaborative projects.

Strengthening Canada’s Quantum Resource

November 17, 2022

By Gabriella Wynn

The Quantum Colaboratory’s new strategic plan and enhanced governance will allow users to connect to quantum resources across Canada with ease.

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Materials Growth

  • high-temperature superconductors
  • conventional superconductors
  • topological materials
  • oxides
  • complex oxides
  • chemical vapour deposition
  • 2-D heterostructures
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Device Fabrication

  • lithography 
  • etching
  • deposition
  • packaging
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Characterization

  • electron microscopy
  • scanning probes
  • X-ray and photoelectron spectroscopy
  • transport and magnetic
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Applications Testing

  • simulators
  • sensing
  • communication networks
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Device Testing

  • optics
  • superconducting
  • low temperature/high field
  • control systems
  • benchmarking
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