Stay connected to mathematical research, programs, and events across Canada and the international PIMS network.
Event
Emergent Research Seminar
Discover cutting-edge research by PIMS Postdoctoral Fellows—sign up now to attend our Emergent Research seminars.
News Article
PIMS-Supported Research Leads to Major Quantum Computing Initiative
Led by Dr. Steven Rayan, this initiative advances Canada’s growing leadership in quantum science.
Call for new courses
PIMS Network Wide Courses
The PIMS Network Wide Courses programs helps share graduate level courses throughout the PIMS network. Registration for winter courses is now open. Application deadlines vary but begin in November.
Funding Available
PIMS-BIRS-Simons Travel Award
PIMS-BIRS-Simons Travel Award helps provides funding for researchers attending a BIRS 5-day (or longer) program to maximize the impact of their travel by visiting a PIMS site for collaboration.
News Article
Maths, Oceans & International Collaboration
Spotlight on the latest Maths & Oceans article from Paul Vigneaux, on residence at PIMS from France.
Event
PIMS Network Wide Colloquium
The 2026–2027 PIMS Network-Wide Colloquium speaker lineup has been announced. We invite you to join us for presentations from these distinguished speakers.
Thematic Year
PIMS Thematic Year on Mathematics and Articial Intelligence
PIMS has designated 2026–2027 as the PIMS Thematic Year on Mathematics and Artificial Intelligence.
The PIMS mandate is to promote excellent research and applications of the mathematical sciences, to facilitate the training of highly qualified personnel, to create an equitable, diverse and inclusive community in the mathematical sciences, to enrich public awareness of and education in mathematics and to create partnerships with similar organizations around the world.
Abstract: We will complete the story from last time: the Chern character does not map the K-theoretic Thom class directly to the HZ-theoretic one. Figuring out the error term – the Todd class – will lead us to the Grothendieck-Riemann-Roch theorem...
Abstract: Tight closure was introduced by Hochster and Huneke in 1986 and has been a highly effective tool for solving problems in commutative algebra and algebraic geometry. It is also closely connected with the study of singularities defined via...
The distribution of rational points has been an old problem in number theory. Some of the milestones include the Mordell-Weil theorem and the Faltings’ theorem, explicitly explaining the structure of rational points on abelian varieties and on curves...
Abstract: I will present a completion theory for hyperbolic distance data at the interface of matrix analysis, graph theory, and hyperbolic geometry, drawing particularly on representations of chordal graphs. In analogy with the positive semidefinite...
Abstract: A multiflow in a planar graph is uncrossed if its support paths do not cross in the plane. Recently such flows have played a role in approximation algorithms for maximum disjoint paths in "fully-planar" instances, where the combined supply...
For 30 years, PIMS has invested not only in mathematical research, but also in the people who will carry it forward. Supporting emerging researchers has been central to the PIMS mission since its...
Congratulations to UBC mathematician and longtime member of the PIMS community Joshua Zahl, who, together with Pablo Shmerkin, Tuomas Orponen and Hong Wang, has received a 2026 Clay Research Award for...
Congratulations to UBC mathematician Pablo Shmerkin, who, together with Joshua Zahl, Tuomas Orponen and Hong Wang, has received a 2026 Clay Research Award for work resolving two major problems in...