News

Perimeter researchers Peng Ye and Zheng-Cheng Gu put forward a theory to create bosonic topological insulators by condensing the vortex lines in a Bose-Einstein condensate, and it could lead to “impossible” anyons on the surface.

The most dazzling discoveries in science often arise when subjects – or problems – collide. That is the idea behind Convergence, Perimeter’s first alumni reunion, and it’s the focus of the latest issue of the Inside the Perimeter magazine.

Could black holes be the universe’s own accelerator experiments, churning out signals that may unveil exotic new particles – perhaps even the elusive dark matter?

An experimental collaboration involving Perimeter postdoctoral researcher Daniel Brod shows that scattershot boson sampling works, and allows an almost fivefold increase in data collection speed.

Researchers have used a never-before-observed phenomenon called quantum distillation to turn an ultra-cold Bose-Einstein condensate into something even colder – and potentially more useful.

Efforts to reduce environmental impact put Perimeter Institute in elite company.

In commemoration of International Women’s Day, Perimeter’s “Inspiring Future Women in Science” conference gave more than 200 high school girls a glimpse into the lives of women in science, technology, engineering, and math (STEM).

Perimeter researchers Yidun Wan and Ling-Yan Hung have taken an important step toward using topologically open surfaces like cylinders for quantum computation.

Miles Cranmer, a first-year physics student at McGill University, has earned Perimeter’s 2014 Luke Santi Memorial Award in recognition of his achievements in the classroom, in the lab, and in his community.

Perimeter researcher Michal P. Heller has created a shortcut to understand primordial matter in its most extreme state.