Take a self-guided tour from quantum to cosmos!
Perimeter Institute Faculty member Asimina Arvanitaki explains how black holes can be though of as nature’s particle accelerators, and how we may be able to discover new particles — perhaps even dark matter — through detection of the gravitational waves black holes create.
Perimeter’s venue draws high school physics teachers from across Ontario
From superconductors to time crystals and beyond, Dominic Else asks big questions about the phases of matter.
Making the leap from academia to industry is hard, but mentorship and networking can make all the difference. Last week at Perimeter, students got their chance, and they are ready to help build Canada’s quantum future.
Hypothetical ultralight particles like axions and dark photons could supplement the Standard Model of particle physics.
Her research helped kickstart the global hunt for mysterious fast radio bursts. Now, Emily Petroff is accelerating scientific progress by fostering human connections and collaboration.
The latest discovery from the Canadian-led CHIME/FRB Collaboration, which includes Perimeter researchers, deepens our understanding of this mysterious phenomenon.
The new research published in Nature “significantly enhances our view of the environment of black holes and the origins of astrophysics jets,” says Perimeter’s Avery Broderick.
Three Canadian students win the Luke Santi Memorial Award, recognizing their academic performance, interest in science, extracurricular activities, and volunteering.
Perimeter master’s students tackle unsolved physics problems … and the Canadian winter.
On May 16 and 18, Perimeter’s theatre will be transformed into a 3D cinema for screenings of the acclaimed science documentary Secrets of the Universe.
