University of Alberta

While you might think that dried almonds are one of the "safer" foods, they're actually prone to contamination by harmful bacteria. A simple new process could help keep that from happening, while also boosting their shelf life.

The mosasaur was likely one of the most ferocious prehistoric marine predators. A previously unknown species of the reptile has now been classified, and it sported a crocodile-like snout that may have allowed it to catch prey that others missed.

Although cold waters aren't known for their coral reefs, they do contain ecologically important "glass reefs" created by live sponges. Now, scientists have discovered a previously unknown species of sponge living on those reefs, in Canada.

In China right now, you'll see many people wearing surgical masks to protect against coronavirus. A scientist claims that such masks may actually do more harm than good, if handled improperly – so he's created a coating that could change that.

A new augmented reality-based system is made to train athletes and help rehab patients, by providing real-time motion feedback.

​Back in 1991, paleontologists from the University of Alberta discovered the remains of a Tyrannosaurus rex in the province of Saskatchewan. Nicknamed "Scotty" in honor of a celebratory bottle of Scotch that was enjoyed when its skeleton was found, it has now been declared the world's largest T rex.

A new technique can store bits as single hydrogen atoms, reaching a data density a thousand times greater than commercially available magnetic and solid-state drives.

​We've all heard about ancient insects getting preserved in amber (fossilized tree resin), with similarly-preserved items including dinosaur feathers, mammalian red blood cells and a bizarre spider. Now, for the first time, scientists have found an amber-encased prehistoric snake.

​Although a cure for multiple sclerosis isn't necessarily right around the corner, we may at least be getting closer to one. Scientists at Canada's University of Alberta and McGill University have zeroed in on a protein that could be a target for treatment of the disease.

​Two computer scientists from the University of Alberta claim to have created a series of algorithms that can decipher unknown alphabetic scripts, and to test their system they have targeted the infamously impenetrable Voynich manuscript.

​Imagine if doctors could see through a patient's skin, and their perspective of the underlying bones and organs changed accordingly as the person moved around. Well, that's what scientists at the University of Alberta have developed – kind of.

​​​Maybe you'd prefer not to think about it, but people do use a dip in the local swimming pool to relieve themselves. But in the grand scheme of things, how much pee are we talking about? Scientists in Canada have conducted a study aimed at attaching some figures to this unsavory conundrum.