The unique academia / industry partnership will offer immersive cybersecurity response training through highly realistic, simulated cyberattack and cyber threat simulations.
The unique academia / industry partnership will offer immersive cybersecurity response training through highly realistic, simulated cyberattack and cyber threat simulations.
The Centre for Law, Technology and Societty is delighted to announce that, for the second year in a row, the Open African Innovation Research (Open AIR) Network has been named as a finalist for the Social Sciences and Humanities Research Council (SSHRC) Impact Awards in the Partnership Award category.
The Centre for Law, Technology and Societty is delighted to announce that, for the second year in a row, the Open African Innovation Research (Open AIR) Network has been named as a finalist for the Social Sciences and Humanities Research Council (SSHRC) Impact Awards in the Partnership Award categor...
The Pleodendron costaricense is an ancient tree on the verge of extinction. Only nine specimens are known to exist. Found in Costa Rica, in the mountains near the Pacific Ocean and in the Osa Peninsula, the tree is referred to by botanists as a “living fossil” because of its historic lineage.
The Pleodendron costaricense is an ancient tree on the verge of extinction. Only nine specimens are known to exist. Found in Costa Rica, in the mountains near the Pacific Ocean and in the Osa Peninsula, the tree is referred to by botanists as a “living fossil” because of its historic lineage.
For decades, the University of Ottawa has played a leading role in research, innovation, and skills development in the city – working closely with industry partners to find solutions to challenges and train the next generation of talent.
For decades, the University of Ottawa has played a leading role in research, innovation, and skills development in the city – working closely with industry partners to find solutions to challenges and train the next generation of talent.
A world-first clinical trial published in JAMA could provide an easy way to save tens of thousands of units of blood every year in Canada and much more worldwide. The trial, which involved more than 27,000 patients in 25 adult intensive care units (ICUs) across Canada, showed that taking less blood for lab tests using “small-volume” tubes reduced the need for almost one blood transfusion for every...
A world-first clinical trial published in JAMA could provide an easy way to save tens of thousands of units of blood every year in Canada and much more worldwide. The trial, which involved more than 27,000 patients in 25 adult intensive care units (ICUs) across Canada, showed that taking less blood ...
On 26-27th July 2023, the Raoul Wallenberg Institute (RWI), the US Institute of Peace and the Afghanistan Human Rights Coordination Mechanism at Freedom House co-organised a roundtable in Washington DC for US- and Canada-based organisations that in different ways engage in documentation of human rights violations in Afghanistan. Approximately 50 participants joined the event onsite and online, inc...
On 26-27th July 2023, the Raoul Wallenberg Institute (RWI), the US Institute of Peace and the Afghanistan Human Rights Coordination Mechanism at Freedom House co-organised a roundtable in Washington DC for US- and Canada-based organisations that in different ways engage in documentation of human rig...
Research from the Faculty of Medicine suggests immune and non-immune cells can be reprogrammed by changing how nutrients are used. These insights may prove to have ramifications for battling cancer.
Research from the Faculty of Medicine suggests immune and non-immune cells can be reprogrammed by changing how nutrients are used. These insights may prove to have ramifications for battling cancer.
Research from the Faculty of Medicine suggests immune and non-immune cells can be reprogrammed by changing how nutrients are used. These insights may prove to have ramifications for battling cancer.
Research from the Faculty of Medicine suggests immune and non-immune cells can be reprogrammed by changing how nutrients are used. These insights may prove to have ramifications for battling cancer.
