2025 CMS Winter Meeting
Toronto, Dec 5 - 8, 2025
Scientific Sessions
Education Sessions are listed at bottom of page.
Please note that all times are displayed in Eastern Standard Time (EST).
Additive Combinatorics and Applications  | |
| Org: Chi Hoi (Kyle) Yip (Georgia Institute of Technology) and Yifan Jing (Ohio State University) | |
| This session will focus on recent developments in additive combinatorics, as well its rich applications in areas such as discrete geometry, group theory, harmonic analysis, and number theory. This session aims to bring researchers with a common interest in additive combinatorics to showcase recent advancements and inspire new directions. | |
| An invitation to low-dimensional topology | |
| Org: Adam Clay (University of Manitoba) and Patrick Naylor (McMaster University) | |
| The purpose of this session is for researchers to motivate and introduce the question(s) driving current research and recent progress in their area of specialization. Questions that can be understood by a broad audience in low-dimensional topology, and which have the potential to lead to new collaborations across sub-disciplines within the field, are particularly welcome. | |
| Analytic–Geometric Synergies: Harmonic Analysis and Convexity | |
| Org: Almaz Butaev (University of the Fraser Valley), Galia Dafni (Concordia University) and Dmitry Ryabogin (Kent State University) | |
| Harmonic analysis and convex geometry are two areas of mathematics with deep historical connections and a growing number of modern interactions. Techniques from Fourier analysis have proven to be indispensable in addressing fundamental problems in convex and discrete geometry, such as volume inequalities, characterizations of special convex bodies, and stability questions. Conversely, geometric insights often inspire new analytic methods and results. | |
| Combinatorial Algebraic Geometry | |
| Org: Megumi Harada and Brett Nasserden (McMaster University) | |
| Combinatorial Algebraic Geometry is a subfield of algebraic geometry which studies the many families of algebraic varieties arising in commutative algebra, representation theory, mathematical physics, and other fields, which have an explicit combinatorial structure. Toric varieties and Schubert varieties are traditionally the most prominent examples. However, many other spaces, such as the moduli space of curves and the Hilbert scheme of points, lie within this conceptual framework. | |
| Combinatorial Design Theory | |
| Org: Alice Lacaze-Masmonteil (University of Regina) and David Pike (Memorial University of Newfoundland) | |
| In the 18th century, several seemingly innocuous scheduling problems were proposed, often in the form of a puzzle. These problems were ultimately solved using tools and theoretical approaches that now lie in what is known as combinatorial design theory. Since then, this area of mathematics has seen tremendous growth in the diversity of designs, constructions, and applications that it encompasses. The purpose of this session is to showcase recent results in topics such as classical designs, cycle systems, graph decompositions, Latin squares and other aspects of design theory. | |
| Commutative Algebra | |
| Org: Giulia Gaggero and Adam Van Tuyl (McMaster University) | |
| Not only does commutative algebra contribute to the algebraic side of algebraic geometry, commutative algebra has connections to areas such combinatorics, approximation theory, algebraic statistics, coding theory, and physics, among others. The goal of this session is to bring together Canadian mathematicians and colleagues from around the world to discuss recent progress in commutative algebra. | |
| Geometric Partial Differential Equations | |
| Org: Siyuan Lu and Yi-Lin Tsai (McMaster University) | |
| This session may include, but is not limited to, the following topics: minimal submanifolds, nonlinear differential equations on manifolds, conformal geometry, complex structures and Kahler geometry, and applications to general relativity. | |
| Harmonic Analysis & PDE | |
| Org: Galia Dafni (Concordia University), Ryan Gibara (Cape Breton University) and Scott Rodney (Cape Breton University) | |
| This session will bring together junior and senior researchers in harmonic analysis and the analysis of PDEs. Topics explored will include functions spaces defined by mean oscillation, degenerate PDEs, weighted inequalities, sparse techniques, geometric methods, and more. The mix of specialities of the intended participants/audience will foster the fruitful exchange of ideas and possible cross-field collaborations. | |
| Mathematical Finance | |
| Org: Christoph Frei and Alexander Melnikov (University of Alberta) | |
| This session will feature recent advances in mathematical finance, including topics such as asset pricing, risk management, market microstructure, and systemic risk. Emphasis will be placed on the development and application of stochastic, optimization-based, and machine learning methods in finance and insurance. | |
| Schedule to be determined | |
| Alexandru Badescu (University of Calgary) | |
| François-Michel Boire (University of Ottawa) | |
| Tahir Choulli (University of Alberta) | |
| Matt Davison (Western University) | |
| Dena Firoozi (University of Toronto) | |
| Christoph Frei (University of Alberta) | |
| Niushan Gao (Toronto Metropolitan University) | |
| Geneviève Gauthier (HEC Montréal) | |
| Frédéric Godin (Concordia University) | |
| Matheus Grasselli (McMaster University) | |
| Cody Hyndman (Concordia University) | |
| Anastasis Kratsios (McMaster University) | |
| Anne Mackay (Université de Sherbrooke) | |
| Roman Makarov (Wilfrid Laurier University) | |
| Alexander Melnikov (University of Alberta) | |
| Adam Metzler (Wilfrid Laurier University) | |
| Jinniao Qiu (University of Calgary) | |
| Mark Reesor (Wilfrid Laurier University) | |
| Alexandre Roch (Université du Québec à Montréal) | |
| David Saunders (University of Waterloo) | |
| Alexander Schied (University of Waterloo) | |
| Kristina Sendova (Western University) | |
| Xiaofei Shi (University of Toronto) | |
| Lars Stentoft (Western University) | |
| Antony Ware (University of Calgary) | |
| Ting-Kam Leonard Wong (University of Toronto) | |
| Foivos Xanthos (Toronto Metropolitan University) | |
| Mathematical Relativity and Geometric Analysis | |
| Org: Aghil Alaee (Clark University) and Hari Kundrui (McMaster University) | |
| Mathematical general relativity addresses deep questions raised by Einstein's theory at the interface of geometric analysis, differential geometry, and mathematical physics. The purpose of this session is to bring together a varied set of researchers to (1) discuss recent advances across a range of subfields, and (2) create an environment for a useful exchange of ideas and possible collaboration across these subfields. | |
| Mathematics of Machine Learning Mathematical Relativity and Geometric Analysis | |
| Org: Ben Adcock (Simon Fraser University), Ricardo Baptista (University of Toronto) and Giang Tran (University of Waterloo) | |
| Despite the profound impact of machine learning on many different sectors including scientific research, industry, and policymaking, its mathematical foundations are still far from being well understood. By bringing together researchers with diverse backgrounds, this session explores emerging ideas aimed at reducing the gap between theory and practice in this fast-growing and exciting field. | |
| Number Theory by Early Career Researchers | |
| Org: Jérémy Champagne, AJ Fong and Zhenchao Ge (University of Waterloo) | |
| This session provides a platform for early-career researchers, including PhD students nearing graduation, recent PhD graduates and postdoctoral fellows, to present their work in number theory. With contributions spanning algebraic and analytic number theory, as well as arithmetic geometry and other related topics, we aim to foster collaboration, exchange ideas and offer a space for networking. This is an excellent opportunity for young researchers to gain visibility and engage with the broader number theory community. | |
| Progress in differential equations and their applications in mathematical biology | |
| Org: Elena Braverman (University of Calgary), Kunquan Lan (Toronto Metropolitan University) and Gail Wolkowicz (McMaster University) | |
| The session is devoted to recent progress in the areas of ordinary, partial, and fractional differential equations and their application in mathematical biology. A focus will be on the qualitative behaviour of such equations, together with applied models described by differential equations in population dynamics, analysis of spread of infectious diseases, cell biology. | |
| Schedule to be determined | |
| Maryam Basiri (Toronto Metropolitan University) | |
| Elena Braverman (University of Calgary) | |
| Sue Ann Campbell (University of Waterloo) | |
| Yuming Chen (Wilfrid Laurier University) | |
| Hermann Eberl (University of Guelph) | |
| Chris Goodrich (UNSW Sydney, Austrailia) | |
| Kunquan Lan (Toronto Metropolitan University) | |
| Jennifer Lawson (University of Calgary) | |
| Chenkuan Li (Brandon University) | |
| Chongming Li (Queen's University) | |
| Xinzhi Liu (University of Waterloo) | |
| Chunhua Ou (Memorial University of Newfoundland) | |
| Sumaira Rehman (Toronto Metropolitan University) | |
| André Rickes (University of Calgary) | |
| Gustavo Cicchini Santos (Toronto Metropolitan University) | |
| Zhisheng Shuai (University of Central Florida, USA) | |
| Vitali Vougalter (University of Toronto) | |
| Lin Wang (University of New Brunswick) | |
| Gail Wolkowicz (McMaster University) | |
| Jianhong Wu (York University) | |
| Hilaire Epstein Nonhou Zogo (Queen's University) | |
| Xingfu Zou (Western University) | |
| Quantum Error Correction and Related Topics | |
| Org: David Kribs and Rajesh Pereira (University of Guelph) | |
| Quantum error correction (QEC) is a central topic in quantum information science, now touching on almost every aspect of the field, ranging from theoretical to experimental investigations and in recent years as a key facet in the development of new quantum technologies. This session will explore recent developments in QEC with an emphasis on mathematical aspects of the subject. Related topics in which QEC techniques and tools have arisen will also be explored. | |
| Recent Developments in Complex Analysis and Geometry | |
| Recent progress in convex and discrete geometry | |
| Org: Ferenc Fodor (University of Szeged, Hungary and University of Calgary, Canada) and Alina Stancu (Concordia University, Canada) | |
| This session will bring together leading researchers and emerging scholars to explore the latest advances in the theory and applications of convex geometry, discrete structures, and their rich interplay. Topics will include new results in the Brunn–Minkowski theory, geometric inequalities, phenomena in high dimensions, classical problems in discrete and combinatorial geometry, and computational aspects of convex bodies. Our goal is to foster collaboration and inspire novel research directions by providing a vibrant platform for exchanging ideas within the Canadian and international mathematical communities. | |
| Schedule to be determined | |
| Karoly Bezdek (University of Calgary) | |
| Ted Bistzriczky (University Calgary) | |
| Pavlos Kalantzopoulos (University of Waterloo) | |
| Dylan Langharst (Cargnegie Mellon University) | |
| Sergii Myroshnychenko (University of the Fraser Valley) | |
| Lam Nguyen (Memorial University of Newfoundland) | |
| Deborah Oliveros (UNAM Queretaro, Mexico) | |
| Andriy Prymak (University of Manitoba) | |
| Egon Schulte (Northeastern University) | |
| Kateryna Tatarko (University of Waterloo) | |
| Viktor Vigh (University of Szeged, Hungary) | |
| Beatrice-Helen Vritsiou (University of Alberta) | |
| Elisabeth Werner (Case Western Reserve University) | |
| Jie Xiao (Memorial University of Newfoundland) | |
| Set theory and its applications | |
| Org: Spencer Unger (University of Toronto) and Andy Zucker (University of Waterloo) | |
| The session will bring together a group of researchers working in the diverse area of applications of set theory to other areas of mathematics | |
| Topology | |
| Org: Hans Boden (McMaster University) and Chris Kapulkin (Western University) | |
| The tools and language of topology have found applications in virtually every other field of mathematics and beyond, including areas as disparate as: theoretical computer science, data analysis, and quantum field theory. This session aims to bring together a diverse group of researchers working in different branches of topology, including: algebraic topology, geometric topology, homotopy theory, gauge theory, low-dimensional topology, knot theory, geometric group theory, symplectic and contact topology, and topological data analysis. The session would provide them an opportunity to present their latest advances in their fields. | |
| Variational Analysis: Theory and Applications | |
| Org: Heinz Bauschke (University of British Columbia) and Walaa Moursi (University of Waterloo) | |
| Variational Analysis lies at the heart of modern optimization and underlies the convergence analysis of several algorithms. The purpose of this session is to bring together selected experts from the Northamerican optimization and analysis communities to exchange ideas and present new results. | |
| Variational Problems: Trends and Applications | |
| Org: Xinyang Lu (Lakehead University) and Chong Wang (Washington and Lee University) | |
| Variational problems are pervasive in the physical and biological worlds. This scientific session aims to bring together researches to discuss recent trends of variational problems, with diverse applications in physics, biology, and materials science. | |
Education Sessions
Posters
| AARMS-CMS Student Poster Session |