The discussions reflect a strong interest in Turing’s work on pattern formation, with posts emphasizing how natural patterns such as zebra stripes and sand dunes are explained through his models, using approachable language like 'nature had this figured out.' The tone indicates admiration for the scientific insight and evolutionary significance, though some comments are casual or add historical context, contributing to an overall appreciation of the article's importance.
AgreementModerate agreement
Most discussions recognize Turing's significance, especially in connecting his mathematical models to natural patterns, indicating general agreement on its importance.
InterestHigh interest
Many posts show high interest, referencing the connection of Turing's work to diverse natural phenomena like zebra stripes and sand dunes, fueling curiosity.
EngagementModerate engagement
Posts demonstrate moderate engagement with mentions of specific concepts like reaction-diffusion processes and appreciation for the interdisciplinary impact.
ImpactModerate impact
The discussions highlight Turing’s foundational influence on understanding biological and natural patterns, suggesting a modest but meaningful perceived impact.
Abstract in brief
Alan Turing's 1952 paper explores how patterns naturally form in various systems through reaction and diffusion processes, even though he wasn't a biologist or chemist.
His mathematical model explains how random fluctuations can lead to the development of complex structures from initially uniform conditions, helping to understand phenomena like embryo development and natural patterns.
These pattern formation principles are versatile and appear across many fields, including biology, geology, and even criminology, with new examples still being discovered today, showcasing long-lasting scientific impact.]
There are patterns in nature that appear over and over again, even in phenomena that clearly have nothing to do with each other — like zebra stripes and sand dunes!
https://t.co/Z3NjDKAPlo https://t.co/e1vPMFTQum
Quelques minutes pour le magnifique travail d'Alan Turing sur la modélisation mathématique de la morphogenèse.
#turing #maths #mathophile #vulgarisation #ReactionDiffusion
https://t.co/HKwkdqnsHS
@bletchleypark @bernarddonoghue He also made huge contributions to our understanding of biological form – amazing to think how far he could have advanced this field if he had lived. See @philipcball's 2015 commentary on Turing's 1952 paper, the Chemical Basis of Morphogenesis, here: https://t.co/aTlaSLxwkm
Forging patterns and making waves from biology to geology: a commentary on Turing (1952) ‘The chemical basis of morphogenesis’ | Philosophical Transactions of the Royal Society B: Biological Sciences https://t.co/AS7oZ1WfjA
Patterns in nature, such as stripes and hexagons, result from physical processes that recur across different phenomena, revealing underlying principles of pattern formation.
Alan Turing's 1952 paper explains how natural patterns form through reaction and diffusion processes, leading to complex structures from uniform conditions. This model has broad applications across biology, geology, and…
Forging patterns and making waves from biology to geology: a commentary on Turing (1952) ‘The chemical basis of morphogenesis’ | Philosophical Transactions of the Royal Society B: Biological Sciences https://t.co/AS7oZ1WfjA
@yududada @Pak_Irv Kemungkinan masih karena genetik atau kimia plus faktor lain.
1) https://t.co/pU6FhZoIfS
2) https://t.co/KztOMYzY9l
3) https://t.co/TlWEaj7zMA
4) https://t.co/qqA0dq6Blj
5) https://t.co/GeM2EaSvJx
@quasimondo whats cool is how these patterns are just a natural inherent consequence of the rules of physics we exist under. Long before cameras, nature had this figured out: https://t.co/bj0ibQBObi
There are patterns in nature that appear over and over again, even in phenomena that clearly have nothing to do with each other — like zebra stripes and sand dunes!
https://t.co/Z3NjDKAPlo https://t.co/e1vPMFTQum
Quelques minutes pour le magnifique travail d'Alan Turing sur la modélisation mathématique de la morphogenèse.
#turing #maths #mathophile #vulgarisation #ReactionDiffusion
https://t.co/HKwkdqnsHS
A good chance to also acknowledge his major contribution to a quantitative view of biology!
An interesting, casual Sunday read about his work on ‘The chemical basis of morphogenesis’:
https://t.co/kbkFK81olZ https://t.co/nna0C6WTB7
@bletchleypark @bernarddonoghue He also made huge contributions to our understanding of biological form – amazing to think how far he could have advanced this field if he had lived. See @philipcball's 2015 commentary on Turing's 1952 paper, the Chemical Basis of Morphogenesis, here: https://t.co/aTlaSLxwkm
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