All news releases

Sustainability / RESEARCH: New low-water method could make production of clean-energy materials much greener

Accolades / Concordia student film is a finalist for the 2026 Student Academy Awards

Age Studies / RESEARCH: For older women, water offers more than just physical health benefits

Sustainability / RESEARCH: New 4D-printing method creates lighter, faster-spinning wind turbine blades

Media / This summer, explore current events with our experts

Conservation / RESEARCH: Canada’s national parks can do better at limiting landscape fragmentation, Concordia study suggests

Social media / Concordia researchers develop AI-based system to better detect toxic online content

Primates / Gorillas can learn to trust humans even after years of poaching pressure, Concordia research shows

Sleep / Online cognitive behavioural therapy: an accessible solution for insomnia and anxiety in older adults

Healthcare / RESEARCH: A new scheduling tool could help hospitals reduce surgical wait times

Forests / Conifers are making a comeback in Quebec’s forests, new Concordia study shows

Concordia journalism alum recognized for research on Francophone media

Healthcare / Magnet-guided soft robots could lead to safer treatment of life-threatening blood clots, Concordia research shows

Urban impact / Concordia alumni team wins the 2026 National Capital Commission Waterway Design Challenge

Child psychology / A well-liked best friend can reduce an isolated child’s exclusion but not their withdrawal, Concordia study finds

Working it out / Concordia researchers explore how blood flow restriction training enhances low-intensity exercise benefits

Electrification / RESEARCH: Concordia-developed CityCharge model could help cities manage electric vehicle charging demands

Infrastructure / Concordia-made AI model could speed up and improve infrastructure crack detection

First cohort of the Studio Baie-Saint-Paul program arrives in Charlevoix

Space travel / Concordia-designed CPR simulator for space use tracks the differences of blood flow in reduced gravity