Grants and Contributions

This project provides a financial contribution to the Preparatory Commission of the Comprehensive Nuclear-Test-Ban Treaty Organization to support the next Integrated Field Exercise for on-site inspection.

This initiative will examine the trajectories of emerging and disruptive technologies (EDT) and other weapons of mass destruction relevant technologies (WMD-RT), with the aim of identifying those that either present WMD threats that can be countered or have the potential to support WMD non-proliferation and counter-terrorism efforts. Project activities include: (1) Conducting a Global Mapping and Horizon Scanning Workshop; (2)Conducting a Scenario Building and Futures Workshop and; (3) Producing a final report and action plan that provides insights and recommendations for Global Partnership action on weapons of mass destruction (WMD) Related Technologies

The project aims to increase voter resilience in the Philippines, Czechia, and Côte d’Ivoire to foreign manipulation and interference in information. Over a period of 15 months, the project will coordinate with journalists, content creators, civil society and public sector actors, as well as international partners and election observers, to develop context-specific interventions in the targeted countries, conduct tailored and gender-responsive training workshops, and provide technical support. The project will also establish and operate a monitoring and early warning team, which will set up a designated physical “situation room” in the country to detect, analyze, and disseminate information on interference patterns and relevant narratives, and develop actions to counter foreign manipulation and interference in information in these countries.

This project will study the evolution of the atmospheric content in brown dwarfs. The observations will inform both our theoretical understanding of brown dwarf and extrasolar planet atmospheres, and future observations with JWST and other space- or ground-based large telescopes.

Most of the hydrogen gas in the Universe is ionized, but prior to the formation of galaxies, the Universe was neutral. Once stars started forming, a significant phase change occurred in the universe, a process known as “Reionization”. This project will look for the faintest possible sources of Reionization, tiny dwarf galaxies. The project targets strong-lensing clusters which provide a factor of 3 - 50 boost in the brightness of background sources. This increase in sensitivity allows the detection of extraordinarily low-mass galaxies (the equivalent of large star-clusters) during the reionization epoch and quantify their role in this process.

The purpose of this agreement is to assist Algonquins of Ontario to review Ontario Power
Generation’s application for an amendment to their Darlington Nuclear Generating Station
Operating License for the production of additional isotopes using the target delivery system.

Own Health will develop a comprehensive, AI-driven framework for integrating recognized cardiovascular guidelines into clinical workflows. With providers flagging risk factors at each clinical visit, the system will continuously cross-reference care with societal standards and generate individualized "guideline profiles" for patients, refining risk assessments and preventive care guidance in real time. This approach ensures that clinicians receive timely, evidence-based recommendations while maintaining direct oversight of all care decisions.

This project is mostly related to the organization and hosting of a workshop.

The project is mostly related to decreasing greenhouse gas emissions through the demonstration of technologies to reduce fossil fuel use for heat and/or power generation in Canada's remote communities and/or remote industrial sites.

The purpose of this agreement is to increase awareness, availability and use of lower carbon vehicles and fuels in Canada by supporting the installation of 80 electric vehicle chargers in Ontario.