Grants and Contributions

To provide support for safe, healthy, productive waters and aquatic ecosystems for the benefit of present and future generations.

This project is mostly related to increased knowledge and collaboration with stakeholders and/or international organizations.

The purpose of this agreement is to support the operations of an International Energy Agency (IEA) Regional Cooperation Centre in Singapore, in coordination with the IEA Clean Energy Transitions Programme, to achieve greater engagement and influence in Southeast Asia, leverage regional advantages to strengthen collaboration, and better connect IEA members to countries in the region.

NRCan's continued support for the International Energy Agency-Ukraine Joint Work Programme will advance Ukraine's energy resilience and integration with European systems. Funding enables technical analysis and capacity-building initiatives in support of advancing recovery, reconstruction, building a more decentralized power system, further integrating Ukraine's energy system with the European Union, and driving down carbon emissions. These efforts align with Canada's commitment to Ukraine's recovery and long-term energy security

Through the G7 Energy and Environment Minister's Meeting (EEMM), five outcome statements were issued, carrying forward G7 Leaders' Summit priorities on the nexus between Energy and AI and Energy Security.

This project promotes energy independence and creates jobs and economic development opportunities in a Canadian rural or remote community.

The project supports the Conservation of Arctic Flora and Fauna (CAFF) Secretariat, an Arctic Council Working Group, to implement several of its key initiatives including developing the Arctic Council’s Actions for Arctic Biodiversity 2025-2035 Strategic Plan, support Indigenous Knowledge holders participation at a Climate Change Feedbacks project knowledge generation workshop, further consider Actions for Arctic Biodiversity 2025-2035 contributions to the UN Global Biodiversity Framework, and harvest data under the Arctic Migratory Birds Initiative.

Higher Rydberg states of atoms are an important quantum technology platform due to their giant absorption cross-sections and long lifetimes: they are exceptional in terms of their sensitivity to broadband electromagnetic fields. Rydberg quantum sensor implementations to date are based on gas phase alkali atoms, presenting a challenge for integration. A solid-state Rydberg quantum sensor would facilitate integration, compactness and low power consumption. Rydberg states in solids are termed excitons. Recently discovered high Rydberg excitons in semiconductors such as Copper (I) Oxide Cu2O offer a powerful route to all-solid-state quantum sensing technologies. Challenges which must be addressed include impurities, defects and temperature effects. Through an advisory collaboration with the Helmholtz Joint Laboratory in Ottawa and the Canadian industrial partner Quantum Valley Ideas Labs (QVIL) in Waterloo, the Project will develop a globally unique platform, based on time-resolved X-ray spectroscopy, to directly characterize high Rydberg excitons in semiconductors, paving the way to a new generation of solid-state quantum sensor devices.

Advance Mineral Activation and Engineered Carbonation of industrial mineral waste to TRL7 at pilot scale and deploy at demonstration site

Development of Official Language Communities Program - Community Life