Take a self-guided tour from quantum to cosmos!
Think you got the answer to our Amazing Race Canada challenge?
The tricky part that stumped a few teams is that you have to undo the square root to give yourself this equation:
Since dropping and timing the tennis ball is an inexact experiment, we couldn’t expect teams to get exactly the same value for t.
So we accepted answers between 41 and 49 feet.
Astronomical explosions called fast radio bursts are keeping astronomers on their toes.
Inspiring Future Women in Science event gives young women a chance to see themselves in STEM careers.
Astronomers capture polarized light from the supermassive black hole at the heart of our galaxy in unprecedented detail.
Fun and intense academic research are a great mix at this year’s winter school.
One of Perimeter’s recent Simons Emmy Noether Fellows reflects on her fruitful time in Waterloo.
A research team from Perimeter, Zapata AI, and Vector Institute sets up a “race” between quantum and classical AI models.
Ancient Egyptian astronomical texts are difficult to interpret. Computer modeling might help.
Perimeter students, researchers, and staff share their experiences in celebration of the International Day of Women and Girls in Science.
Perimeter postdoctoral researcher Barbara Šoda has been using spectral geometry to describe “fluctuating” spacetime.
A preponderance of astronomical evidence suggests that the galaxy is filled with dark matter. Despite knowing remarkably little about what this dark matter is, we expect that it is not composed of ordinary matter. Though we have spent 30 years expecting that it may be related to pressing open problems in fundamental physics, a heroic […]
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