What makes a mathematical idea come alive? In this talk, Henry Segerman will explore the art and craft of mathematical visualization: creating pictures, physical models, puzzles, and immersive experiences that are not only mathematically accurate, but also effective, surprising, and beautiful. Through a rich collection of examples, he will investigate what makes a visualization compelling and how different ways of seeing, touching, and exploring mathematics can reveal its underlying ideas. We’ll encounter mathematical worlds brought to life through 3D printing, virtual reality, and spherical video, discovering how the right representation can turn an abstract concept into something tangible, intuitive, and unforgettable.

This event is presented as a part of Math Out Loud, SUMM's public lecture series designed to bring engaging mathematical ideas to life.