Success Stories

Ontario company is bringing robotics out of space and science fiction to where it can touch the lives of those in need of a helping hand.

Under the florescent microscope, the 3D patterns glow a radiant green, mapping the path for cell growth that may eventually be used for transplant.

An international group of scientists prepares to launch the next phase of human advancement: the colonization of outer space.

Consider the benefits of a mathematical formula that is so advanced, it could speed up every moment of your Internet experience.

In the solar glare of a vacuum furnace, a tray of steel tools glows brighter than neon as their illuminated surfaces harden.

The air that we inhale everyday is a source of growing concern – What can we do? The answer is: plenty.

Imagine a fiber optic sensor so finely tuned – it could prevent major structural disasters from ever happening.

There comes a point where even optic systems hit the limit. Where networks stretch to the breaking point. One company stands at the gates – ideally positioned to turn the tide.

Picture a classroom filled with the possibilities of light. Where students come to learn about a science so innovative, the textbooks are still being written.

According to the Canadian Cancer Society, 38% of Canadian women and 44% of Canadian men will develop cancer during their lifetimes, and approximately one out of every four Canadians will die from cancer. But what if technology could improve those odds?

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Researchers at the University of Toronto, in an OCE-supported collaboration with UHN’s Laboratory for Applied Biophotonics, are giving dental patients something to smile about.

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Together with OCE, University of Toronto professor Andreas Mandelis and Dr. Stephen Abrams are now working to develop a technology that may just move the dental profession from a surgical practice to a preventative one.

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