Mathematicians Made Visible

A series of block prints creating a more accurate representation of the people creating Mathematics

Who pops into your mind when you think “mathematician?” Probably Pythagoras or Einstein or Isaac Newton. What if you had a richer visual vocabulary of people to choose from? Providing that visual vocabulary is the aim of this project.

If we want a more diverse group of people entering the field of mathematics, we need to make sure math students can imagine themselves when we say the word, “mathematician.” We need to elevate and celebrate a wider selection of mathematicians and their work.

My goal is to create a series of block print and watercolor portraits of mathematicians with a diversity of racial and gender identities for displaying in math classrooms. I’ll update this page with my progress.

Moon Duchin: Geometric Topology and Geometric Group Theory

Moon Duchin is an American mathematician who currently teaches at Tufts University. She specializes in Geometric Topology and Geometric Group theory and heads the MGGG Redistricting Lab at Tish College of Tufts University. Her work there uses mathematics to classify gerrymandering and protect voting rights.

Eugenia Cheng is a British Mathematician and classical pianist who currently teaches at the School of the Art Institute of Chicago. After focusing on mathematics research, publishing and teaching, she shifted to writing and teaching for a general audience. She has written several books connecting mathematics to topics such as baking, social justice and gender studies. She also creates art installations using mathematics to illustrate different ideas.
Eugenia Cheng: Category Theory

Eugenia Cheng is a British mathematician and classical pianist who currently teaches at the School of the Art Institute of Chicago. After focusing on traditional mathematics research, publishing, and teaching, she shifted to writing and teaching for a general audience. She has written several books connecting mathematics to topics such as baking, social justice, and gender studies. She also creates art installations using mathematics.

Here’s an interesting talk on art math and social justice that I listened to while sketching and carving this piece.

Maryam Mirzakhani: Dynamics, Topology, and Hyperbolic Geometry

Maryam Mirzakhani is the first (and to date only) woman to win the prestigious Fields Medal in Mathematics for her contributions to dynamics, topology and hyperbolic geometry. Mirzakhani was born in Tehran, Iran, and attended school there. She did not always want to study mathematics, but discovered a love for the subject in high school, winning two gold medals for Iran in the International Mathematical Olympiad. Mirzakhani was a professor of mathematics at Stanford University before she died in 2017.

Mirzakhani was a very private person, so there are not many videos or interviews of her on the Internet. However a film describing her life and work, Secrets of the Surface: the mathematical vision of Maryam Mirzakhani, was released in 2020. This Quanta magazine article also has a beautiful description of her work.

Trachette Jackson: Mathematical Oncology Research

Trachette Jackson uses mathematics to model tumor growth and options for treatment. She began college studying pure mathematics, and discovered the connection between mathematics and biology later as an undergraduate. Her work now navigates both worlds, helping reduce the time and costs associated with developing new treatments for cancer. In 2010 Jackson won the Blackwell-Tapia prize for her contributions to mathematics and for her work as a role model for math and science students from underrepresented groups.

John Urschel: Applied Linear Algebra

John Urschel is a Canadian-American mathematician and a retired professional football player. He played college football at Penn State and was drafted by the Baltimore Ravens in the fifth round of the 2014 NFL Draft. His research fields include numerical linear algebra, graph theory, and data science/machine learning. He is currently a PhD student and mathematics professor at MIT.

I listened to this talk on Voronoi fields, football and machine learning at the National Museum of Mathematics while I worked on this print.

Yitang Zhang: Number Theory

Yitang Zhang is an American mathematician in the field of number theory. He was a relatively unknown math professor at the University of New Hampshire when he showed there are an infinite number of prime pairs whose difference is less than 70 million. This finding is remarkable because it was the first step towards proving the conjecture that there are an infinite number of prime pairs with smaller differences. His work led to a MacArthur fellowship and an appointment as a professor at the University of California, Santa Barbara.

I enjoyed watching this video by Numberphile explaining his work as I prepared to talk about him in my Algebra class.

Autumn Kent: Geometry and Topology

Autumn Kent is an American mathematician specializing in geometry and topology. She is a self described “late bloomer” who initially went to college to become an English teacher, but enjoyed her math classes so much that she decided to become a mathematician instead. Autumn is a trans woman who advocates for more trans representation in the mathematics community. She is currently a professor at University of Wisconson-Madison.

Kent made a lovely explanation of the connections between old school video games and topology in this Fields Institute video: Asteroids, Donuts, and Topology. I also enjoyed reading her interview in Scientific American, “Being a Trans Mathematician.”

Pamela Harris: Algebraic Combinatorics

Pamela Harris is a Mexican-American mathematician whose research is in algebraic combinatorics. She is the author of over 50 peer-reviewed publications and is an award winning educator. In order to provide visibility to and increase the positive impact of the role models within the mathematics community, Dr. Harris co-founded, a platform that features the contributions of Latinx and Hispanic scholars in the mathematical sciences. She is a professor of mathematics at Williams College.

This article on gives a really nice summary of how she came to study mathematics. I learned a lot about Dr. Harris from watching this video talk of her telling her story: Pamela Harris, “A Mathematical Journey of Culture, Community, and Collaboration”

Chelsea Walton: Noncommutative Algebra and Representation Theory

Chelsea Walton is an American mathematician who specializes in Non-Commutative Algebra. She was educated in Detroit public schools, and loved counting, patterns, and puzzles from a young age. She was named a Sloan fellow in 2017, and was the first woman awarded the André Lichnerowicz Prize in Poisson geometry in 2018. She currently researches and teaches at Rice University.

Here’s the lecture on Non Commutative Algebra I listened to while carving this print. I didn’t understand most of it, but I still found it interesting.

Amie Wilkinson: Dynamical Systems

Amie Wilkinson is an American mathematician who works in Dynamical Systems. In her research, she discovers complex systems of motion that unfold in unexpected ways. She was elected to the American Academy of Arts and Sciences in 2021 for her overall contributions to the field. She is currently a professor at the University of Chicago.

This article in Quanta Magazine gives a beautiful insight into how she thinks about mathematics. I loved watching this video of her explaining the work of Maryam Mirzakhani at the Fields Sypmposium in 2018.

Jaime Escalante: mathematics teacher

Jaime Escalante was a math teacher famous for his work with under-served students at a Los Angeles high school. Escalante challenged the administration and worked to develop a math program that made it possible for students to achieve high levels of mathematics, pass the AP Calculus exam, and enroll in prestigious colleges.

Escalante was popularized in the 1988 movie Stand and Deliver, which he describes as 90% truth and 10% drama. After he retired, he remained active in education, and I found this interview with Education Week very informative and interesting. In 2016 the United States Postal Service honored Escalante by issuing a commemorative stamp.

Aris Winger: Differential Equations and Social Justice Mathematics

Aris Winger has a PhD in partial differential equations; his interest is in teaching students who are just starting their journey in mathematics. His current areas of work include investigating equity and belonging in the mathematics classroom, culturally relevant pedagogy, and social justice mathematics. He is a professor of mathematics at Georgia Gwinnett College.
This interview on Youtube’s Meet a Mathematician is what made me want to feature Aris. Aris also co-hosts the amazing podcast Mathematically Uncensored with Pamela Harris. I listened to Episode 34: The Lynching of a Black Mathematician as I worked on this print.

Questions? Comments? Suggestions? Contact me–I would love to hear from you!