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Farhad Roodi is a graduate of the Master of Arts (MA) in Bilingualism Studies  (2020), a program that is unique to OLBI. This fall, he will undertake a Doctorate in Learning Design and Technology at Purdue University, Indiana. During his time as an international student at the University of Ottawa, he worked on the Linguistic...

Farhad Roodi is a graduate of the Master of Arts (MA) in Bilingualism Studies  (2020), a program that is unique to OLBI. This fall, he will undertake a Doctorate in Learning Design and Technology at Purdue University, Indiana. During his time as an international student at the University of Ottawa, he worked on the Linguist...

Academic experts available to provide context or comment on the following topic: BRICS Alliance Expansion

Academic experts available to provide context or comment on the following topic: Trump’s criminal case in Georgia

The University is currently modernizing its phone system on campus. Most physical phones in offices will be replaced by virtual phones directly in the Microsoft Teams application, while phones in classrooms, research labs, shared offices, emergency phones, blue telephone poles, elevator phones will continue to be available.

Academic experts available to provide context or comment on the following topic: How will wildfires affect wildlife habitats in Canada?

Academic experts available to provide context or comment on the following topic: Presidential election in Ecuador

As Canada grapples with rampant wildfires during a summer of record-breaking heat, the looming threat of floods should not be underestimated. In fact, floods are the most frequently occurring natural hazard in Canada and occur almost five times as often as wildfires.

A study of 14 astronauts suggests that while space travel depletes red blood cells and bone, the body can eventually replenish them back on Earth with the help of fat stored in the bone marrow. The study, published in Nature Communications, has important implications for health in space and on Earth.

A new technique based on advanced camera technology demonstrates a fast and efficient approach to reconstructing the full quantum state of entangled particles.