How Turing's Math Explains Nature's Patterns | The Hidden Math Behind Nature’s Patterns

The Hidden Math Behind Nature’s Patterns: Alan Turing’s Legacy How do the intricate patterns in nature—like a zebra’s stripes or a leopard’s spots—come to be? Surprisingly, the answer lies not just in biology but in mathematics. In 1952, Alan Turing, the father of modern computing, introduced a revolutionary idea: a set of mathematical rules called reaction-diffusion equations. These equations show how simple chemical interactions can create complex patterns in the living world. Though overlooked during his time, Turing’s work has since transformed our understanding of biology, inspiring research that connects math to the mysteries of life. Join us on a journey through Turing’s groundbreaking insights, exploring how nature’s beauty is deeply intertwined with mathematics.