Researchers from applied mathematics bringing new cancer treatments closer to reality
![Siv Sivaloganathan](/applied-mathematics/sites/default/files/uploads/images/dsc_4341_copy_color_web-220x330.jpg)
Researchers in applied mathematics are part of a team developing technologies that use acoustic waves to target and destroy cancerous tumours.
Researchers in applied mathematics are part of a team developing technologies that use acoustic waves to target and destroy cancerous tumours.
Researchers in applied mathematics have made new discoveries on the hydrology of the Yucatan Peninsula. The research has implications for historical understandings of the Maya civilization, the archaeology of the Yucatan and for present-day climate science as well.
Quantum Benchmark, a Kitchener-based company providing software solutions for error suppression and performance validation in quantum computing hardware, was acquired by Keysight Technologies in May 2021. Quantum Benchmark was founded by Applied Mathematics professor Joseph Emerson.
The Department of Applied Mathematics was pleased to present the Outstanding Doctoral Student Award, Best Research Paper Awards, and Outstanding Teaching Assistant Awards on Thursday, 17th June 2021.
Professor Sue Ann Campbell of the Applied Mathematics department has been appointed a University Research Chair (URC) in recognition of her active role and accomplishments as a researcher, educator, and contributor in the fields of mathematical biology and neuroscience.
Congratulations to Professors Bin Ma and Sue Ann Campbell on their appointments as University Research Chairs at the University of Waterloo. Both researchers are highly distinguished and have made significant, valuable contributions in their respective fields.
“Imagine being out on a lake on a windy day and you’re getting pushed around by waves,” says Marek Stastna, an oceanographer and professor in the Department of Applied Mathematics. “What you may not realize is that in the interior of the ocean, there are waves one hundred times that size. My passion is to create mathematical models of that type of movement.”