The Geometry of Nature and the Shape of Things

This series of lectures explores the profound role of geometry in shaping the natural world, revealing the mathematical principles that underlie its beauty, complexity, and functionality. From the symmetry of biological structures to the intricate patterns in plants, seashells, and the figures of planets, the series uncovers the universal rules governing these forms.

Through examples and historical discussions, the lectures highlight how seemingly simple mathematical ideas—symmetry, chirality, self-similarity, and tiling—can explain complex phenomena in biology, physics, and beyond. The talks draw connections between abstract mathematics and the world around us, showcasing how geometry influences the physical and biological structures around us, from microscopic molecules to celestial bodies.

These lectures invite the audience to view nature through a mathematical eye, emphasizing how understanding its shapes and patterns not only enriches our appreciation of the world but also advances science and our understanding of mathematics, making complex concepts accessible to all.