→ Scale: ⁠https://www.bookmarked.club/books/scale Sponsor → Stakwork: ⁠https://stacksats.how/stakwork⁠ Summary In this conversation, Kevin interviews Geoffrey West, a physicist and author of the book 'Scale'. They discuss the concept of scaling laws and how they apply to various disciplines such as biology, networks, and cities. They explore the interconnectedness of these scaling laws and the significance of quarter power scaling. They also delve into the similarities and differences between biological systems and cities, the constraints on city growth, and the potential limitations of resource availability. The conversation touches on the role of innovation, collaboration, and technology in scaling, as well as the challenges and possibilities for stabilization in the future. Takeaways Scaling laws apply to various disciplines and are interconnected. Quarter power scaling is significant in understanding scaling phenomena. Biological systems and cities share similarities in optimization and resource allocation. Cities have unique constraints on growth compared to biological systems. Innovation, collaboration, and technology play key roles in scaling. The future of scaling requires adaptation, resilience, and potential stabilization. This show is a Lightning podcast. That means instead of asking for likes or shares, I ask for sats. The best way to show your support is to download Fountain from the App Store, load your wallet with some sats, and send them over the Lightning Network to kerooke@fountain.fm. → Fountain: https://www.fountain.fm/ → More Episodes: https://www.stacksats.how/podcast → Lightning Address: ⚡kerooke@fountain.fm → Nostr NIP-05: kr@stacker.news Links → Bookmarked: https://www.bookmarked.club/ → Stack Sats: https://www.stacksats.how/ → Twitter: https://twitter.com/kerooke