The National Math Festival brings together some of the most fascinating mathematicians of our time to inspire and challenge participants of all ages to see math in new and exciting ways. The 2021 Festival will feature juicy talks, hands-on demos, art, films, performances, puzzles, games, children’s book readings, and more for all ages.
Events will take place December 2020 through March 2021, with a concentration of live, interactive online events during the Festival weekend, April 16-18, 2021. See below for the schedule. (Any schedule updates that may occur to 2020-2021 Festival programming will be posted here.)
2020 – 2021 National Math Festival Schedule Overview
- SOLVING FOR M, by Jennifer Swender
- DK LIFE STORIES: KATHERINE JOHNSON, by Dr. Ebony Joy Wilkins
- SLAY, by Brittney Morris (*pre-recorded, with special live guests from #BlackInMathWeek)
- Pigeon Math, by Asia Citro
- Cao Chong Weighs an Elephant, by Songju Ma Daemicke
- Nothing Stopped Sophie, by Cheryl Bardoe
1:00 – 2:00 pm ET
1:00 – 2:30 pm ET
- Dr. Susan Gerofsky, University of British Columbia
- Dr. Moira Chas, Stony Brook University
- Dr. Nancy Scherich, University of Toronto
- Dr. Shelly Jones, Central Connecticut State University
1:00 – 2:00 pm ET
Featuring book readings with Mathical award-winning authors
1:00 – 2:30 pm ET
- Hosted by Cliff Freeman and Scarlitte Alameda, The Young People’s Project
1:00 – 2:30 pm ET
- Rhys Thomas, Science Circus
- Brady Haran, Numberphile YouTube Channel
2021 Live Online National Math Festival Weekend
Friday, April 16 – Sunday, April 20
Exact times TBA
SESSIONS
Dozens of simultaneous, hands-on, interactive mathy activities by major math organizations, designed for all ages from very young children through adults
BOOTHS
Booths to browse for live, on-camera chats with math fun experts from leading math organizations; you can pick up tips, kits, and resources for play at home
FILM PANELS
The Alfred P. Sloan Foundation Film Room hosts film panels & screenings for The Bit Player, Hidden Figures, Secrets of the Surface: The Mathematical Vision of Maryam Mirzakhani, The Man Who Knew Infinity, NOVA Highlights, and the NSF “We Are Mathematics” Short Film Contest Winners.
PRESENTATIONS
Playful, insightful, and provocative math talks by some of today’s most fascinating mathematicians. These talks are by some of today’s best math “explainers” so all math backgrounds and experiences are welcome.
Changing the “Face” of Mathematics
- Dr. Erica Graham, Bryn Mawr College
- Dr. Raegan Higgins, Texas Tech University
- Dr. Candice Price, Smith College
- Dr. Shelby Wilson, Johns Hopkins University
In 2017, Dr. Erica Graham, Dr. Reagan Higgins, Dr. Candice Price, and Dr. Shelby Wilson and launched the website Mathematically Gifted and Black (MGB). MGB is a website to celebrate the diversity of Black mathematicians, highlighting their contributions to the mathematical sciences and community. The MGB founders will talk about the inspiration behind this website, discuss some of the profiles, and describe the impacts of this initiative.
Dr. Robbert Dijkgraaf, Institute for Advanced Study (IAS)
Einstein showed more than a century ago how his theory of relativity captures gravity and the evolution of the cosmos in the geometry of space and time. However these laws of the universe break down at the frontiers of science: at the Big Bang, where time begins, and inside black holes, where time stops. New mathematical ideas about quantum geometry suggest a structure even more fundamental than space and time.
Infinite Powers: The Story of Calculus
Dr. Steven Strogatz, Cornell University
Everyone has heard of calculus, but why is it so important? In this talk, Dr. Strogatz will try to clarify the fantastic idea at the heart of calculus. With the help of pictures and stories, he’ll trace where calculus came from and then show how it – in partnership with medicine, philosophy, science, and technology – reshaped the course of civilization and helped make the world modern. This talk is intended for everyone, whether you’ve taken calculus or not, and whether you like math or not. By the end, he hopes to convince you that calculus is one of the greatest triumphs of human creativity ever.
Math and the Movies
Dr. Joseph Teran, University of California, Los Angeles
Who made the ocean flow in “Moana”? Who made the snow swirl in “Frozen”? Mathematicians, that’s who! Come learn about the math behind the magic of modern movie visual effects!
Dr. Emille Davie Lawrence, University of San Francisco
My love for mathematics is rooted in my childhood love of playing games and puzzles. In fact as I learned more math, the game play didn’t stop. Mathematics can be found in popular games such as Rubik’s cubes, Chess, Sudoku, Poker, and countless others. I hope to introduce you to some of my favorite games and explore the mathematics behind them, including winning strategies (if they exist!).
Numbers through Pictures: A Taste of the Geometry of Numbers
Dr. Jesús De Loera, University of California, Davis
Everyone who has studied high-school mathematics has learned about numbers, equations, and a little bit of geometry. But what is the most important topic in mathematics? Is it all about numbers? Is it about equations? Is it about shapes and forms? Well, it is about all of them!
Modern research in mathematics, combines the study of numbers, with the study of shapes and equations. In this lecture, Dr. De Loera will introduce the audience to Minkowski’s Geometry of Numbers. He will present some problems connecting whole numbers and familiar geometric shapes such as lines, circles, polygons. It should be understandable to a very broad audience that likes mathematics.
