Supported by CENIC’s 400-gigabit research network, the Pacific Research Platform has not only enabled researchers at UC San Diego and their partners at the University of Haifa in Israel to go ahead with their archeological dig despite the COVID-19 pandemic but also drastically accelerated data analysis times.
The job of the brokers is to create tools and algorithms that allow the automated analysis of data from large scanning telescopes, in order to identify the most interesting astronomical objects.
Scientists at the University of Calgary in Canada are spearheading aurora studies, that will help us model and predict space weather and understand the Earth’s magnetosphere.
How do artists play music together in times of a crisis like COVID-19? How do they teach, run courses, collaborate, rehearse, and perform during lockdowns all over the world? Enter: the Network Performing Arts Production Workshops.
Researchers at the University of Prince Edward Island in Canada have created a tool that’s able to visualize the changes about to take place at local communities.
Canada’s population is aging rapidly — and it’s crucial that we understand what that change will mean for the country’s future. That’s what drove the creation of the Canadian Longitudinal Study on Aging (CLSA).
An Alberta physicist is able is search for high-energy neutrinos in the waters off the coast of Vancouver Island, from his desk in Edmonton, thanks to Canada’s National Research and Education Network
The global network of interconnected National Research and Education Networks is boosting international capacity where needed as part of the global rapid response to the recent novel coronavirus disease (COVID-19) outbreak.
Thanks to a new agreement between CENIC and the City of Alameda in Northern California, students will get to work with first-of-its-kind data captured from autonomous ocean vehicles studying everything from marine wildlife to climate models.
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