This project explores how to make quantum computers more reliable by implementing how we control and measure a special kind of quantum bit called a “cat qubit.” Quantum bits, or qubits, are the basic units of information in a quantum computer, much like bits in a regular computer. This research aims to find ways to […]

Dans les conditions de basses températures et de faibles densités qui caractérisent le milieu interstellaire, il peut être démontré, par des arguments de symétrie, que l’interconversion des isomères de spins nucléaires (ISN) de la molécule d’hydrogène, o-H2 ? p-H2, est interdite. Des calculs théoriques ont cependant estimé que, dans ces conditions, les temps de conversion […]

This project develops programmable micro-lens arrays made from soft, temperature-responsive liquid crystal elastomers (LCEs). Using digital micromirror lithography, the research will enable lenses that can adjust their focus through controlled shape changes. The collaboration between the University of Waterloo and Kent State University aims to advance adaptive optics for next-generation imaging and sensing technologies.

Classroom response tools such as the ‘clicker’ are devices that students use in class to answer multiple-choice questions. Many studies have shown that clickers can lead to increased learning when properly used. Learning Catalytics is a new web-based tool marketed by Pearson that is meant to replace clickers. While Learning Catalytics offers more features than […]

Ruken Family Office Corporation is an investment firm specializing in data-driven strategies, risk modeling, and computational finance. As financial markets become increasingly reliant on high-performance computing, emerging technologies like quantum computing have the potential to reshape computational methodologies. However, the scalability and practical viability of quantum computing remain uncertain. This project aims to identify which […]

Using simplified language, please provide a general one-paragraph description of the proposed project including the expected benefit to the participating institutions. My project aims to better understand the impacts and significance of chlorine and chlorine-containing compounds in the atmosphere of Cape Verde. This will be conducted as part of the University of York’s Chlorine Enhancement […]

One of the biggest mysteries in modern physics is “dark energy”. This strange form of energy makes up over half of our Universe and is causing space to expand faster and faster. Even 30 years after its Nobel Prize-winning discovery, we still have no clear idea what dark energy actually is. Scientists have come up […]

L’entreprise UCP Paint est un manufacturier de peintures architecturales et de produits de spécialités. Il s’agit d’un domaine fortement compétitif où la qualité des matières premières et leur accès peuvent être problématiques. Le projet vise à développer des méthodes de caractérisation de ces matières et des outils de classification de leur qualité et de leur […]

Equal1 aims to democratize quantum computing by making it accessible and affordable with its innovative quantum silicon technology. By integrating the entire quantum computing system onto a single chip, Equal1 aims to significantly reduce the size and cost of quantum computers, transforming their performance and scalability. Our technology is based on silicon spin qubits integrated […]

Les biosolides, issus du traitement des eaux usées municipales ou industrielles, peuvent être utilisés comme fertilisants pour enrichir les sols agricoles. Toutefois, leur sécurité environnementale soulève des préoccupations, notamment en raison des substances per- et polyfluoro-alkylées (PFAS), également appelées « contaminants éternels » en raison de leur persistance dans l’environnement. Ce projet de recherche, en […]

This project aims to integrate nanostructured thin films directly onto luminescent materials to obtain a miniature single-mode laser source emitting over a narrow frequency band at higher power than other existing miniature laser device technologies can achieve. The ability to operate in single mode relies on the concepts of exceptional points in polarization space and […]

Sherbrooke OEM Ltd. développe et commercialise des équipements avant-gardistes de tri optique automatisés qui permettent une valorisation efficiente des matières recyclables et résiduelles. Cependant le tri des polymères noirs (de plus en plus présents dans les emballages, l’électronique et l’automobile) reste encore difficilement réalisable avec des équipements instrumentés dans le proche infrarouge. Le projet consiste […]