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M. H. A. Newman · 1955 · Biographical Memoirs of Fellows of the …
A polymath's untimely demise halts a groundbreaking theory of growth and form.
THE ITCH THE FIELD HAD, BEFORE THIS PAPER
Imagine a master builder, Alan Turing, crafting a magnificent castle with intricate towers and moats. His chemical theory of growth and form was the blueprints for this castle, but the builder's sudden death left the castle unfinished, with only a rough sketch of the design.
Turing's unique combination of abilities was like a rare set of keys that unlocked the doors to multiple disciplines. He was a master analyst, a pioneer in machine computing, and a natural philosopher, each key fitting perfectly into its corresponding lock.
The unfinished castle represented the unfulfilled potential of Turing's theory. His work in chemical morphogenesis was a promising direction, but the lack of completion meant that the full implications of his ideas remained unknown.
A polymath's unique combination of abilities can lead to groundbreaking theories, but the premature death of such an individual can halt the development of these ideas, leaving unfulfilled potential.
Reach for it when
It misleads when
What it quietly disagrees with
Quietly challenges the primacy of classical education by highlighting Turing's success despite indifference to humanities.
The bet it implies
Turing's unfinished theory would predict novel reaction-diffusion mechanisms in embryonic development.
Left unanswered
What specific experimental data did Turing have? How close was the theory to validation?
Oddly specific application
Chemical morphogenesis theory could model biological pattern formation in pharmaceutical drug design.
[ THE ARGUMENT, AS A MAP ]
Premises left, conclusions right. Click any claim to inspect it; drag the lens to fade the weakly-valid links and see which conclusions still stand.
Founder
Identify and recruit team members with diverse skills and expertise.
WHY · A polymathic team can bring a unique perspective and innovative solutions to complex problems.
Create a culture that values and supports the development of multiple skills and interests.
WHY · A polymathic team member is more likely to thrive and contribute to the company's success when their
ProductLeader
Involve polymathic team members in the product development process to ensure a holistic understanding of the product's potential.
WHY · A polymathic team member can bring a unique perspective on the product's features and functionality,
Foster a culture of experimentation and exploration, allowing polymathic team members to pursue their interests and passions.
WHY · A polymathic team member is more likely to contribute to the company's success when they are allowed
Researcher
Collaborate with polymathic researchers to bring a unique perspective to the research project.
WHY · A polymathic researcher can bring a unique combination of skills and expertise to the research proje
Develop a research project that allows for exploration and experimentation, allowing polymathic researchers to pursue their interests and pa
WHY · A polymathic researcher is more likely to contribute to the research project's success when they are
Engineer
Design systems and processes that allow for flexibility and adaptability, enabling polymathic engineers to contribute their diverse skills a
WHY · A polymathic engineer can bring a unique combination of skills and expertise to the project, leading
Foster a culture of continuous learning and professional development, allowing polymathic engineers to pursue their interests and passions.
WHY · A polymathic engineer is more likely to contribute to the project's success when they are allowed to