• Atlantic Graph Theory Seminar: Danny Dyer (Memorial University)

    Zoom seminar

    Title: The basics of the deduction game Abstract: The deduction game is a new variant of the classical chasers and runners game where the chasers are trying to catch an invisible runner quickly, but with no communication possible between chasers on

  • Dalhousie-AARMS AAMP Seminar: Ben Landon (University of Toronto)

    Zoom seminar

    Title: Local eigenvalue statistics of random matrices and Dyson Brownian motion Abstract:  Dyson Brownian motion is a stochastic process describing eigenvalue dynamics under a matrix-valued Brownian motion.  We will review this process and its role in the study of universality

  • Atlantic Graph Theory Seminar: Viresh Patel (University of Amsterdam)

    Zoom seminar

    Title: Path decompositions of random directed graphs In this talk we consider the problem of partitioning the edges of a digraph into as few paths as possible. The minimum number of paths needed in such an edge decomposition is called

  • Formulating Success: Industry Research Connector 2021

    Zoom seminar

    The Formulating Success connector aims to connect Atlantic Canadian companies and not-for-profit organizations with mathematical scientists and statisticians. This is an opportunity for industry and not-for-profits to present data-based challenges; for professors to promote their research with an eye towards

  • Formulating Success: Industry Research Connector 2021

    Zoom seminar

    The Formulating Success connector aims to connect Atlantic Canadian companies and not-for-profit organizations with mathematical scientists and statisticians. This is an opportunity for industry and not-for-profits to present data-based challenges; for professors to promote their research with an eye towards

  • Dalhousie-AARMS AAMP Seminar: Perry Kleinhenz (Michigan State University)

    Zoom seminar

    Title: Stabilization rates for the damped wave equation with polynomial and oscillatory damping Abstract: In this talk I will discuss energy decay of solutions of the Damped wave equation. After giving an overview of classical results I'll focus on the