Buzzworthy Math
Mathematics and Statistics Prof. Hermann Eberl uses math to uncover honeybee disease dynamics and protect these important pollinators.
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Developing an AI Vaccine Deployment Model
Mathematics and Statistics Prof. Daniel Ashlock is helping build an AI model to advise on deploying COVID-19 vaccines.
Fired Up
Mathematics and Statistics Prof. Khurram Nadeem uses mathematical modelling to fight wildfires in British Columbia.
Infection Prevention in Child Care Centres Focus of New U of G Research
Prof. Monica Cojocaru uses agent-based models and transmission models to track and simulated infectious diseases spread in child care facilities.
Bringing a Quantum Computer to Life
SpinQ Chief Scientist Prof. Bei Zeng from University of Guelph, announced the SpinQ Gemini, the first commercially available desktop quantum computer.
How bacterial infections might give you mathematics
Dr Hermann Eberl uses Mathematical Science to model biofilm process performance, for example, in wastewater treatment or soil remediation.
Why pollinators are attracted to certain plants
Dr. Ayesha Ali uses Mathematical Science to understand why certain pollinators prefer specific plants and how this information can be used to sustain their ecosystem and influence conservation policy.
The quantum computing revolution
Dr. David Kribs, Dr. Rajesh Pereira and Dr. Bei Zeng use Mathematical Science to understand the power of quantum mechanical effects to perform, more quickly and efficiently than any computer today, tasks such as code-breaking, list searching, and securely transmitting data.
The adoption of eco-friendly products
Dr. Monica Cojocaru uses Mathematical Science to determine the factors that affect consumer adoption of new eco-friendly products.
Using neural networks to solve grid-based puzzles
Dr. Herb Kunze uses Mathematical Science to design neural networks that can be used to solve grid-based games such as Sudoku and KenKen.