Interintellect Hostcast
Samuel Arbesman: Computation and Wonder
Feb 7, 2025
Samuel Arbesman, a scientist and author of "The Magic of Code," discusses the fascinating intersection of computing and biology. He emphasizes the importance of wonder as a driving force in scientific research, urging listeners to appreciate computing as both a practical tool and a liberal art. Arbesman explores how creative programming and generative AI can democratize coding, and he weighs technology's impact on society, balancing its uncontrollable aspects with human agency. Join him as he navigates the depths of computation and human curiosity.
44:53
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Quick takeaways
- Computing intersects with biology through concepts like information processing, revealing the complex nature of adaptive biological systems versus deterministic computer logic.
- A sense of wonder is vital in scientific inquiry, driving researchers to embrace curiosity and serendipity for innovative breakthroughs.
Deep dives
Intersections of Computing and Biology
Computing serves as a universal field that intersects with various disciplines, particularly biology. Both realms share similar concepts, such as information processing—where DNA and coding sequences exhibit parallels in their modularity and function. However, biological systems are inherently messier and probabilistic, leading to outcomes that are not as deterministic as traditional computing logic. This complexity offers valuable insights, suggesting that understanding the adaptive nature of biological computation can inspire new forms of computer science that are not strictly linear or mechanical.
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