

#20252
Mentioned in 2 episodes
On Growth and Form
Book • 2017
In this seminal work, D'Arcy Wentworth Thompson critiques traditional biological approaches that rely on teleological interpretations and instead advocates for empirical and mechanical explanations for organic forms.
The book explores how physical forces such as gravity, surface tension, and scale influence the shapes and structures of living organisms.
It covers a wide range of topics, including the effects of scale on animal and plant shapes, the arrangement of leaves, and the logarithmic spirals in mollusk shells.
Thompson's work revolutionized the field of biology by integrating physical science into the study of biological forms and growth.
The book explores how physical forces such as gravity, surface tension, and scale influence the shapes and structures of living organisms.
It covers a wide range of topics, including the effects of scale on animal and plant shapes, the arrangement of leaves, and the logarithmic spirals in mollusk shells.
Thompson's work revolutionized the field of biology by integrating physical science into the study of biological forms and growth.
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Mentioned in 2 episodes
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as the inventor of the field of allometric scaling in his book published in 1917.


David Krakauer

256 snips
Large Language Models and Emergence: A Complex Systems Perspective (Prof. David C. Krakauer)
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in the context of interdisciplinary science and business.

Hugo Bowne-Anderson

Episode 7: What Lies Beyond Machine Learning and AI: Decision Systems and the Future of Data Teams
Mentioned as a book that brought mathematics into biology.

History of Science & Technology Q&A (July 2, 2025)