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March 2025
Atlantic Canada Data Science Tour
A Hybrid Seminar Series for University Students in Statistics or Computer Science “Mediation Analysis of Recurrent Events” Guest Speaker: Shenita Pramij (Memorial University) DATE: Friday, March 7, 2025 TIME: 12:00–1:00 p.m., Atlantic time LOCATION: Online via Zoom This hybrid series for students in statistics and computer science programs features faculty members and students from universities in Atlantic Canada talking about their work and career paths in statistical sciences. The guest speaker for this online presentation will be Shenita Pramij. Shenita is…
Find out more »Atlantic Graph Theory Seminar
Time: 3:30 pm, Atlantic time, (2:30 pm EST) Wednesday, Mar. 12 Speaker: Ron Gould, Emory University Title: Looking for Saturation in all Kinds of Places Abstract: Given a graph $H$, a graph $G$ is $H$-saturated if $G$ does not contain $H$ as a subgraph, but the addition of any missing edge to $G$ results in a graph containing $H$ as a subgraph. An $H$-saturated graph with the maximum number of edges is called an extremal graph for $H$ and for…
Find out more »Integration Tournament for UPEI students 2025
Competition among UPEI Calculus Students to evaluate integrals the fastest.
Find out more »Atlantic Graph Theory Seminar
The 2-burning number of a graph Speaker: Ann Trenk, Wellesley College Abstract: We discuss a discrete-time model for the spread of information in a graph, motivated by the idea that people believe a story when they learn of it from two different origins. Similar to the burning number, in this problem, information spreads in rounds and a new source can appear in each round. For a graph $G$, we are interested in $b_2(G)$, the minimum number of rounds until the…
Find out more »Mini course “Vertex operator algebras and their representations”
Vertex operator algebras have been a topic of interest in mathematical physics for several decades, as they constitute one possible approach to formalize physical concepts from conformal field theory. They have relations to several other areas of mathematics, most notably to the theory of finite simple groups. This specific relation lead in fact to the award of the Fields Medal to Professor Richard Borcherds at the International Congress of Mathematicians in Berlin in 1998. Professor Gannon is the author of…
Find out more »Atlantic Graph Theory Seminar
The Burning Number of Large Caterpillars Danielle Cox, Mount Saint Vincent University Abstract: In this talk we will look at the history of the graph burning conjecture and the state of the art. We will also prove the conjecture for sufficiently large p-caterpillars. This is joint work with Kerry Ojakian (CUNY) and Margaret-Ellen Messinger (Mt Allison). Zoom link: https://us02web.zoom.us/j/86861499971?pwd=rTDAaju0TCu24asnaBGvkuNlT11KZ1.1 Meeting ID: 868 6149 9971 Passcode: 325258
Find out more »May 2025
Atlantic Canada AI Summit 2025
The Summit will showcase cutting-edge AI research, facilitate industry-academia collaboration, and highlight exceptional AI talents in the Atlantic region.
Find out more »20th CMS-UPEI-AARMS Regional Math Camp
For more than 20 years, the School of Mathematical and Computational Sciences (SMCS), UPEI has hosted a Math Camp for students in grades 10 and 11 from PEI high schools. The Math Camp is the SMCS’s primary outreach effort. Its goals are to give some of PEI’s best students an opportunity to broaden their mathematical horizons beyond what they see in their course work, and to encourage them to continue their math studies at university.
Find out more »Thematic Program “Mathematical Foundations of Data Science”
The rise of big data has caused a tectonic shift in the field of data science, opening up new possibilities but also coming with new challenges, such as the curse of dimensionality. These changes have revived old ideas and inspired new approaches in many areas of applied mathematics. Some of the most fascinating and impactful developments are now taking place at the interface of optimization, probability theory, numerical analysis, approximation theory and their interplay with machine and statistical learning. Motivated…
Find out more »Numerical modelling of layered complex fluids
Layered complex fluids, such as smectic liquid crystals, possess remarkable properties because of the geometric and topological consequences of layering: external forces lead to deformations of the fluid that are incompatible with the layering, leading to geometric frustration and the spontaneous assembly of a wide variety of textures. There has been a recent explosion of interest in exploiting the ability of smectics, as a paradigmatic example of a layered fluid, to repeatedly self-assemble over device length-scales. As we advance our…
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