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Could explain shapes and patterns across nature
researchgate.net
- Turing proposed that two biological chemicals moving and reacting with each other in a mathematically predictable way could explain shapes and patterns across nature. For example, imagine that a cheetah’s coat is a dry forest with chemical “fires” breaking out all over.
education.cosmosmagazine.com/alan-turing-decoding-natures-patterns/
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Nov 8, 2021 · Nearly seventy years ago Alan Turing, a pioneer of Computer Science, developed a theory to explain how certain patterns in nature could arise spontaneously from simple chemical systems. This idea was a significant departure from much of his previous work on the theory of computation, and used very different kinds of mathematics.
Have you ever wondered why the hairs on our arms grow in a spotted pattern or why our fingerprints have that striped pattern? Alan Turing’s mathematics tells us how these patterns can appear. Lots of scientists are using Turing patterns to help explain things in nature.
The Turing pattern is a concept introduced by English mathematician Alan Turing in a 1952 paper titled "The Chemical Basis of Morphogenesis" which describes how patterns in nature, such as stripes and spots, can arise naturally and autonomously from a homogeneous, uniform state.
Aided by modern computers, scientists have shown that Turing’s equations can be used to mimic countless two-dimensional patterns seen across the natural world, from fingerprints and the...
Jul 4, 2019 · Aided by modern computers, scientists have shown that Turing’s equations can be used to mimic countless two-dimensional patterns seen across the natural world, from fingerprints and the coats of animals to semi-arid landscapes.
- Natasha Ellison
Jun 24, 2017 · Patterns appear everywhere in nature, from leopard spots to the spiral of petals around the center of a flower. These patterns fascinated Turing, and he decided the mechanism that produced...
Aug 26, 2014 · In 1952 a mathematician published a set of equations that tried to explain the patterns we see in nature, from the dappled stripes adorning the back of a zebra to the whorled leaves on a plant stem, or even the complex tucking and folding that turns a ball of cells into an organism.
