Le Musée de la civilisation, à Québec, travaille au développement d’une exposition intitulée « La Machine : Mission vers le futur ». Un des thèmes de l’exposition touche aux transports, passés, présents et futurs. Le musée désire présenter des exemples réels de lévitation, appliqués aux transports, par exemple un modèle réduit de véhicule en lévitation […]

Activities: Quantum Recon (QR) is a Canadian quantum-hardware company developing photonic quantum input/output (I/O) solutions to replace cryogenic coaxial cables in quantum computers. QR advances early-stage R&D and IP commercialization, engaging the market, mapping the competitive landscape, and defining go-to-market pathways. In partnership with UBC and SiEPICfab, QR is building a scalable manufacturing pipeline and […]

Upsolv a développé une technologie verte pour le recyclage de plastiques tels que le polystyrène (PS). Upsolv souhaite maintenant étendre sa technologie, pour son usine commerciale, au recyclage de PS contenant des charges carbonées telles que le noir de carbone, le graphite et le graphène. Ces charges sont présentes dans le PS utilisé dans de […]

Xanadu’s mission is to build quantum computers that are useful and available to people everywhere. Founded in 2009, with headquarters in Toronto, Canada, the company has grown to 250+ employees, many of them scientists, researchers and engineers, working across all disciplines (hardware, software, applications, algorithms) to achieve this goal. Gottesman-Kitaev-Preskill (GKP) states [1] are a […]

Sous la supervision de chimistes, la ou le stagiaire participera activement au développement d’une gamme de vêtements de protection écologiques. Plus précisément, le projet consiste au développement d’enduits à base de polyuréthanes permettant l’obtention de propriétés telles que la résistance au feu, de l’imperméabilité et la protection chimique. Les tâches consisteront donc à : – […]

This project is based on a collaboration between the University of Ottawa and Wroclaw University of Science and Technology, aims to revolutionize how we control light for the next generation of quantum computers. Currently, managing light particles requires bulky and complex networks of mirrors and lenses that often leak information and are difficult to scale […]

Xanadu’s mission is to build quantum computers that are useful and available to people everywhere. Founded in 2009, with headquarters in Toronto, Canada, the company has grown to 250+ employees, many of them scientists, researchers and engineers, working across all disciplines (hardware, software, applications, algorithms) to achieve this goal. This project is within Xanadu’s software […]

Accurate prediction of fundamental chemical properties such as bond dissociation energies and reaction barrier heights remains a central challenge in chemistry and materials science. Classical machine learning methods have achieved notable success, yet they often face scalability limitations and difficulty capturing complex, high-order correlations in molecular graphs. Quantum Machine Learning (QML) offers a fundamentally different […]

This project addresses the characterization and validation of an integrated quantum photonic source emitting multiple channels of entangled photon pairs in the telecommunications C-band. The source is based on a silicon nitride microcavity generating a quantum frequency comb via spontaneous four-wave mixing [1-2]. A key research challenge is to ensure high spectral purity, long photon […]

Perhaps the most complicated quantum systems in the universe, the many facets of atomic nuclei are intertwined with some of the most profound questions in nature. The aim of nuclear structure theory is to develop a unified first-principles, or ab initio, picture for all atomic nuclei starting from only the fundamental forces at work. This […]

Quantum computers are expected to help solve important problems that are currently out of reach for classical computers, including challenges in chemistry, materials science, and optimization. However, today’s quantum devices are still limited in size and cannot run very large or complex programs on a single processor. This project aims to address this limitation by […]