Grants and Contributions

The purpose of the agreement is to provide a membership in the International Seismological Centre and access to high quality output and seismological data that facilitate a better understanding of seismology.

The purpose of this project is to reinforce the abilities of professionals from Quebec, in particular engineers, urbanists and architects, in order to integrate into their practice considerations related to adapting to climate changes.

The purpose of this agreement is to provide technical secretariat support for the Generation IV International Forum (GIF). The Nuclear Energy Agency (NEA) will effectively coordinate and support the multilateral international research and development initiative to establish the feasibility and performance capabilities of the next generation of nuclear energy systems.

To facilitate Indigenous participation in dialogues, increase cumulative effects knowledge and support improved understanding of impacts of resource development.

The purpose of this agreement is to support the development and implementation of the Nuclear Energy Agency's (NEA's) Nuclear Education, Skills and Technology (NEST) Framework, which will see Canada participate as a founding member. Once established, the NEST framework is intended to help nuclear nations attract top global talent in the nuclear sector and help organize geographically-distributed research under focused project statements to generate useful, innovative breakthroughs to real-world energy problems.

The purpose of this project is to support the developement and subsequent implementation of the coordinated action plan for mining career awareness among diverse jobseekers

This project sets out to determine the design of new optically active group IV semiconductor quantum materials. The proposed research seeks to establish the foundation of future quantum devices exploiting hole spin-photon interface in a platform compatible with processing standards of the semiconductor industry. For decades, Si-compatible low-dimensional systems and quantum devices have been exploiting either tensile strained Si or compressively strained Germanium (Ge) quantum wells (QWs), which are the only group IV systems that can currently be routinely obtained using SiGe as growth template and barrier layers. For quantum information, the former has been used as the building block for electron spin qubits, whereas the latter has been explored in new schemes for hole spin qubits. In this project, the team will explore a third low-dimension system recently developed. This system consists of highly tensile strained Ge QW integrated on an optically active platform. Our experimental plan aims at establishing the basic properties of light holes in this quantum structure and evaluate its relevance to emerging quantum technologies.

This Project aims to strengthen our understanding of innovation in rural areas, recognizing that rural innovation looks and works differently from that which typically takes place in cities.

Project seeks to understand the interlinkages between gender and competition; how competition can contribute to gender equality; promote measures that OECD countries can implement for inclusivity

Contribution as part of the Policy Dialogue Program to Saskatchewan First Nations Natural Resource Centre of Excellence to assist in preparing for and engaging in participation activities associated with the ongoing Review of Legislative, Regulatory, and Policy Development Processes.