EPISODE · Aug 23, 2024 · 44 MIN
The Orthogonal Bet: Understanding Embodied Intelligence
from Riskgaming · host Lux Capital
Welcome to The Orthogonal Bet, an ongoing mini-series that explores the unconventional ideas and delightful patterns that shape our world. Hosted by Samuel Arbesman. In this episode, Sam speaks with Michael Levin, a biologist and the Vannevar Bush Professor at Tufts University. Michael’s work encompasses how information is processed in biology, the development of organismal structures, the field of Artificial Life, and much more. Sam wanted to talk to Michael because of his pioneering research in these areas. Biology, as Michael’s work reveals, is far more complex than the mechanistic explanations often taught in school. For instance, the process of morphogenesis—how organisms develop their specific forms—challenges our understanding of computation in biology, and Michael is leading the way in this field. He has deeply explored concepts such as the relationship between hardware and software in biological systems, the process of morphogenesis, the idea of polycomputing, and even the notion of cognition in biology. From his investigations into the regeneration process in planaria—a type of flatworm—to the creation of xenobots, a form of Artificial Life, Michael stands at the forefront of groundbreaking ideas in understanding how biology functions. Produced by Christopher Gates Music by George Ko & Suno
What this episode covers
Welcome to The Orthogonal Bet, an ongoing mini-series that explores the unconventional ideas and delightful patterns that shape our world. Hosted by Samuel Arbesman. In this episode, Sam speaks with Michael Levin, a biologist and the Vannevar Bush Professor at Tufts University. Michael’s work encompasses how information is processed in biology, the development of organismal structures, the field of Artificial Life, and much more. Sam wanted to talk to Michael because of his pioneering research in these areas. Biology, as Michael’s work reveals, is far more complex than the mechanistic explanations often taught in school. For instance, the process of morphogenesis—how organisms develop their specific forms—challenges our understanding of computation in biology, and Michael is leading the way in this field. He has deeply explored concepts such as the relationship between hardware and software in biological systems, the process of morphogenesis, the idea of polycomputing, and even the notion of cognition in biology. From his investigations into the regeneration process in planaria—a type of flatworm—to the creation of xenobots, a form of Artificial Life, Michael stands at the forefront of groundbreaking ideas in understanding how biology functions. Produced by Christopher Gates Music by George Ko & Suno
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The Orthogonal Bet: Understanding Embodied Intelligence
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