ColorTaiko!, led by Prof. Igor Mineyev

Graduate leaders – Manisha Garg, Aziz Bouland, IML scholars – Anvitha Manepalli, Aditya Ved,Aditya Kshirsagar, Enson (Zhenyi) Gai, Kevin Liu, Jeongjae Park

Optimizing capacities: what shape does best when adding a dimension?, led by Carrie Clark and Prof. Richard Laugesen

Graduate leaders – Qiuling Fan, IML scholars – Chris Becraft, Ben Taylor, Haoqi Chen, Yuan Qian

Scattering Diagrams and Broken Lines, led by Prof. James Pascaleff

Graduate leaders – Chengbin Zhu, IML scholars – Joey Zhou, Saibo Xu, Matthew Leonardson, George White

Spatial Models of Evolutionary Dynamics, led by Prof. Daniel Cooney

Graduate leaders – Muhammad Raza

IML scholars – Seokhwan Moon, Chenning Xu, Ahmad Rahman, Edwin Shen, Jirui Liu, Tianyong Yao

Tennessee Traffic, led by Prof. Richard Sowers

Graduate leaders – Karthik Vasu

IML scholars – David (Weidai) He, David Li, Neha Valavala, Weijian Chen

Winter Spaces and the Stabilizer Formalism, led by Roy Araiza

Graduate leaders – Yefei Zhang

IML scholars – Adrian Calinescu, Morgan Anderson, Dheeran Wiggins, Ben Booker, Naro Panjaitan, Dilys Wu

Paintability of Multipartite Graphs, led by Peter Bradshaw

Graduate leaders – Grace McCourt, The Nguyen, Ramon Garcia Alvarez

IML scholars – Amit Krishnaiyer, Atlas Chen, Braden Dean, Tianyue Cao, Arvind Murty, Yat Hei Yung

Predictability and Competitiveness in Sports Leagues, led by Prof. AJ Hildebrand

Graduate leaders – Bingyan Liu

IML scholars – Yiqian Zhang, Yihan Gao, David Xia, Samuel Lam

Developing Inclusive Outreach Materials in Mathematics, led by Prof. Karen Mortensen

Graduate leaders – Ada Stelzer, Grace McCourt

IML scholars – Chen-Wei Chou, Anmol Shah, Jane Pak, Yuri Chen

Quantum Gates for Quantum Noise, led by Prof. Marius Junge

Graduate leaders – Advith Govindarajan

IML scholars – Arjun Aggarwal, Ashmit Dutta, Divij Garg, Minghao Shi, Stevie Ridens

(Linear) Poisson structures and their cohomology, led by Florian Zieser

Graduate leaders – Wonwoo Kang

IML scholars – Xianhao An, Xinyu Wang, Uyen Nguyen, Gabe Lewis, Dmitriy Shvydkoy, Luke Bielawski

Linear Poisson structures in dimension 4, led by Prof. Florian Zieser
Automated proofs of partition congruences, led by Prof. Scott Ahlgren
Transforms of Functions – Theory and Applications, led by Prof. Joseph Rosenblatt
Win/Loss Sequences in Sports Leagues, led by Prof. AJ Hildebrand
Scale-free First Passage Percolation, led by Prof. Partha Dey
Mapping out the quantum channel zoo, led by Prof. Felix Leditzky
Real superalgebras, led by Prof. Dan Berwick-Evans
List coloring with requests for planar graphs, led by Prof. Peter Bradshaw
Finding the Department’s Deep Structure, led by Prof. Yuliy Baryshnikov

Uniform distribution and rigidity, led by Prof. Emeritus Joseph Rosenblatt
Talbot effect on the 2-sphere, led by Prof. Burak Erdogan
Math models, led by Prof. Steven Bradlow and Prof. Karen Mortensen
Quantum circuits and quantum machine learning II, led by Prof. Marius Junge
Rumor propagation on a spread-out lattice graph, led by Prof. Partha Dey
Win/loss sequences in sports leagues, led by Prof. Emeritus A J Hildebrand
Quantum channels and error correction II, led by Roy Araiza
Data from Ukraine, led by Prof. Richard Sowers
Data in Ukraine II, led by Prof. Richard Sowers

Modular forms and homotopy, led by Prof. Vesna Stojanoska
Developing advice for getting into graduate school, led by Prof. Susan Tolman
Rainbow connections in multipartite graphs, led by Sean English
Select topics in quantum information theory, led by Roy Araiza and Prof. Felix Leditzky
Optimal approximations, led by Prof. Emeritus Joseph Rosenblatt
Competition with random walk on random graphs, led by Prof. Partha Dey and Daesung Kim
Dynamics of generalized coupled spin systems, led by Joseph Palmer
Computing packing capacities from polygons, led by Joseph Palmer
Randomness in Number Theory, led by Prof. Emeritus A J Hildebrand
Edge colorings without small substructures, led by Sean English
Burning graphs, led by Sean English
The math department’s deep structure, led by Prof. Yuliy Baryshnikov
Root dynamics for random polynomials under differentiation, led by Prof. Yuliy Baryshnikov and Tomoyuki Shirai (Kyushu)
Distance cospectrality of networks, led by Sean English
Math models, led by Prof. Steven Bradlow
 Phase retrieval, led by Prof. Emeritus Joseph Rosenblatt
 Detection of displacement and needs related to the Russia-Ukraine conflict, led by Jana Diesner and Prof. Richard Sowers
 Fractal Fourier series, led by Prof. Emeritus A J Hildebrand
 Quantum channels and error correction, led by Roy Araiza
 Permutations and shallow quantum circuits, led by Prof. Marius Junge
 Quantum teleportation and quantum state discrimination, led by Prof. Felix Leditzky

Arithmetic properties of partition ranks, led by Olivia Beckwith
Developing exciting outreach material III, led by Prof. Philipp Hieronymi
Developing Pecan, led by Prof. Philipp Hieronymi
Gait dynamics
Greek drivers
Half integral weight Eisenstein series, led by Olivia Beckwith
Higher symmetries in geometry and physics, led by Prof. Daniel Berwick-Evans
Homotopy, modular forms, and the spectrum Q(l)
Interactive visualizations with Mathematica II, led by Prof. Emeritus Joseph Hildebrand
Packing capacities of Delzant polygons, led by Joseph Palmer
Packing capacities of semitoric polygons, led by Joseph Palmer
P-adic numbers and ultrametric calculus, led by Shiang Tang
Patient hospital fall dynamics, led by Prof. Richard Sowers and Mao Li
Semitoric helices and polygons, led by Joseph Palmer
Theorem proving in LEAN, led by Prof. Phillipp Hieronymi
Turán problems, led by Prof. Jozsef Balog
Uni-High Project: Representation of integers as sum of squares, led by Debmalya Basak
Uni-High Project: A project in learning theory, led by Jiajie Yang
Uni-High Project: A project in extremal combinatorics, led by Igor Albuquerque Araujo
Uni-High Project: Some applications of theoretical computer science, led by Rocco Davino
Uni-High Project: Counting infinite symmetric tiling patterns, led by Joseph Rennie
Building a computer by braiding colorful knots II, led by Eric Samperton
Competition among random walks on torus, led by Prof. Partha Dey and Daesung Kim
Detecting knottedness with quantum computers, led by Eric Samperton
Developing exciting outreach material IV, led by Prof. Susan Tolman
Interactive Visualizations with Mathematica III, led by Prof. Emeritus A J Hildebrand
Modular forms and the homotopy of Q(l), led by Prof. Vesna Stojanoska
Toric and semitoric packing capacities, led by Joseph Palmer
Zeros of electrical fields, led by Prof. Emeritus Joseph Rosenblatt

Building a computer by braiding colorful knots, led by Eric Samperton
Building a theorem prover, led by Prof. Philipp Hieronymi
Cyclic vectors for certain D-modules, led by Prof. Aron Heleodoro
Developing exciting outreach material II, led by Prof. Philipp Hieronymi
Finding Weierstrass equations for elliptic curves
Finite subalgebras of the Steenrod algebra and their modules, led by Dominic Culver
Firefighters on graphs, led by Sean English
Game theory with arithmetic progressions, led by Sean English
Higher-shuffles operads II, led by Aron Heleodoro
Interactive visualizations with Mathematica, led by Prof. Emeritus A J Hildebrand
Majestic colorings of graphs, led by Sean English
Pairs of disjoint matchings, led by Anush Tserunyan
Saturation problems for paths in hypergraphs, led by Sean English
Uni-High Project: Exploring algorithms, led by Weihang Wang
Uni-High Project: Geometric group theory and computation, led by Heejoung Kim
Uni-High Project: “Interactive theorem proving in Lean: Can we teach proofs to a computer?”, led by Vaibhav Karve
Uni-High Project: Investigations in combinatorial game theory, led by Bob Krueger
Uni-High Project: The hunt for great graphs, led by Madie Farris
Calculus, geometry, and probability in n dimensions, led by Prof. A J Hildebrand
Developing exciting outreach material, led by Prof. Philipp Hieronymi
Exploring divisibility patterns in colored partitions, led by Olivia Beckwith
Mathematics of change—Ringing and the Altgeld Chimes, led by Prof. Jeremy Tyson
Pecan: An automated theorem prover, led by Prof. Philipp Hieronymi
Polygonal billiard tables with obstacles, led by Chandrika Sadanand
Theorem proving in LEAN, led by Prof. Philipp Hieronymi
Traveling along straight lines on an infinite surface with finite area, led by Chandrika Sadanand
Traveling along straight lines on a symmetric infinite surface, led by Chandrika Sadanand