Research Communities
AIM Research Communities (ARCs) are virtual collaborative efforts involving at least 40 people, organized around a particular area of research in the mathematical sciences. The purpose of an AIM Research Community is to support the ongoing research activities of its participants. It is expected that Research Communities have a long lifetime and grow over time. Most ARCs accept applications when they are starting and some accept applications periodically; please check the webpage associated with each ARC for information about how to apply to that ARC. There are three main types of ARCs:
The primary outcome of a Research Group ARC is the production of research results and their dissemination via publications. Such ARCs often resemble an AIM workshop, but expanded in time, reduced in intensity, and held completely online. This type of ARC often continues for years.
A Research Learning Community ARC usually provides guided collaborative learning for graduate students and other junior researchers, often with mini-courses, tutorials, reading groups, etc. This type of ARC usually lasts between one semester and one year..
A Research Network ARC focuses on supporting the development of a particular research area through building a network, often bringing together experts in different areas who can help bridge gaps and strengthen collaborations among those with different scientific backgrounds. This type of ARC often continues for years.
For more information, please contact Leslie Hogben, Director of Research Communities, hogben@aimath.org.
AIM Quantum Research Community
Orly Alter, Ortwin HessIn 1960, the quantum mechanist Eugene P. Wigner famously wrote about "The Unreasonable Effectiveness of Mathematics in the Natural Sciences." He was referring to the …
Arizona Winter School research community
Renee Bell, Brandon Levinis a virtual companion to the Arizona Winter School, centered around two short courses each Fall aimed at advanced undergraduate and beginning graduate students broadly …
Consortium of digital ecosystems for mathematics
Steven Clontz, David Lowry-Dudais dedicated to the advancement of mathematical research through the development of high-quality sociotechnical infrastructure, including mathematics software, databases, documentation, communities, and more. <p> We …
Ecology meets infectious diseases
Folashade Agusto, Eric Numforprovides training in mathematical modeling of infectious diseases, ecological dynamics, and eco-epidemiological systems. <p> Over the course of one year, starting in August 2025, the …
Graph Polynomials and Invariants
Aihua Li, Sarita NemaniLatinx mathematicians research community
Jesus De Loera, Pamela HarrisLittle school dynamics
Kimberly Ayers, Han LiInverse eigenvalue problems for graphs
Jane Breen, Mary FlaggRethinking Number Theory
Heidi Goodson, Allechar Serrano LopezLink homology
Nicolle Gonzalez, Eugene Gorsky4-dimensional topology
Miriam Kuzbary, Maggie MillerMathematics and climate research network
Kate Meyer, James Brodaprovides intellectual support and mentoring to researchers at all career stages who are eager to identify and tackle mathematical questions raised by the urgent climate …
Fourier restriction conjecture and related problems
Alan Chang, Zane Kun LiBig ideas in dynamics
Benjamin Call, Noelle Sawyerfocuses on collaborative learning among graduate students in dynamical systems, specifically smooth dynamics, ergodic theory, and homogeneous dynamics. There are three main goals to this …