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Why do cauliflowers look so odd? We ve cracked the maths behind their fractal shape

Have you ever stared at a cauliflower before preparing it and got lost in its stunningly beautiful pattern? Probably not, if you are in your right mind, but I reassure you it’s worth a try. What you’ll find is that what at first sight looks like an amorphous blob has a striking regularity. If you take a good look, you will see that the many florets look alike and are composed of miniature versions of themselves. In maths, we call this property self-similarity, which is a defining feature of abstract geometrical objects called fractals. But why do cauliflowers have this property? Our new study, published in Science, has come up with an answer.

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Cauliflower and Chaos, Fractals in Every Floret

Cauliflower and Chaos, Fractals in Every Floret Scientists take a crack at recreating the hypnotic fractal spirals of the Romanesco cauliflower. Credit.Evan Sung for The New York Times July 8, 2021 Monks once hoped to turn lead into gold through alchemy. But consider the cauliflower instead. It takes just two genes to transform the ordinary stems, stalks and flowers of the weedy, tasteless species Brassica oleracea into a formation as marvelous as this fractal, cloudlike vegetable. This is the true alchemy, says Christophe Godin, a senior researcher at the National Institute for Research in Digital Science and Technology in Lyon, France.

New yorkUnited statesNew york universityEugenio azpeitiaMichael puruggananChristophe godinNational institute for researchTechnology in lyonNew york timesNational centerVegetable research centerScientific research in grenobleYork universityNational instituteDigital scienceScientific research

This Math Explains Why Cauliflowers Look Too Oddly Perfect

This Math Explains Why Cauliflowers Look Too Oddly Perfect ETIENNE FARCOT, THE CONVERSATION 9 JULY 2021 Have you ever stared at a cauliflower before preparing it and got lost in its stunningly beautiful pattern? Probably not, if you are in your right mind, but I reassure you it s worth a try. What you ll find is that what at first sight looks like an amorphous blob has a striking regularity. If you take a good look, you will see that the many florets look alike and are composed of miniature versions of themselves. In math, we call this property self-similarity, which is a defining feature of abstract geometrical objects called fractals. But why do cauliflowers have this property?

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Le mystère de la géniale forme du chou romanesco a été élucidé

Le mystère de la géniale forme du chou romanesco a été élucidé
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Cauliflower and Chaos, Fractals in Every Floret

Cauliflower and Chaos, Fractals in Every Floret
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New yorkUnited statesNew york universityMichael puruggananChristophe godinNational institute for researchTechnology in lyonNew york timesNational centerScientific research in grenobleYork universityNational instituteDigital scienceScientific researchEvan sungபுதியது யார்க்