The Kevin Rooke Show

The Trolls of Wall Street: https://geni.us/mC1aK Bookmarked: https://www.bookmarked.club/

A Bold Return to Giving a Damn: https://www.bookmarked.club/books/a-bold-return-to-giving-a-damn Bookmarked: https://www.bookmarked.club/

A Bright Future: https://www.bookmarked.club/books/a-bright-future Stakwork: https://stakwork.com/

→ Where Is My Flying Car?: ⁠https://www.bookmarked.club/books/where-is-my-flying-car Sponsor→ Stakwork: ⁠https://stakwork.com

→ Americana: https://www.bookmarked.club/books/americana → Sponsored by Stakwork: ⁠https://stacksats.how/stakwork⁠

Bill Fischel, an expert in the economics of land use regulation discusses the origins and significance of zoning regulations, the impact of zoning and NIMBYism on neighborhood changes, the effects of zoning laws on urban growth, and the difference between property taxes and land taxes.

Robert J. Gordon, a prominent author on American economic growth, delves into the intriguing evolution of productivity and living standards over the last century and a half. He discusses the significant impact of three industrial revolutions, the paradox of technological innovation, and rising inequality since the 1970s. Gordon advocates for reforms in education and immigration to combat these economic challenges. The conversation also highlights the potential implications of AI and climate change, suggesting we may be on the brink of a 'special century' reminiscent of past transformations.

→ 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

→ The Fabric of Civilization: ⁠https://www.bookmarked.club/books/the-fabric-of-civilization Sponsor → Stakwork: ⁠https://stacksats.how/stakwork⁠ Summary In this episode, Kevin interviews Virginia Postrel, author of 'The Fabric of Civilization,' about the role of fabric in history and its connection to technology, science, and trade. Virginia shares her journey of becoming interested in fabric and the inspiration behind her book. They discuss the concept of natural fibers and how they have been modified over time. They also explore the connection between weaving and math, as well as the impact of dye on the chemical industry. Overall, the conversation highlights the often overlooked significance of textiles in shaping human civilization. The conversation explores the history and future of fabric, focusing on the development of synthetic dyes, the motivations behind their use, and the impact of technological progress on jobs and society. The Luddite movement is discussed as an example of opposition to automation and efficiency. The future of fabric is examined through the lens of 3D knitting, customization, bioengineering, environmental sustainability, 3D printing, and innovative applications. The conversation explores various textile innovations and their applications, including nonwovens, carbon fiber, and performance textiles in athletics. It also discusses the design of garments for specific sports positions. Takeaways - Textiles have played a crucial role in human civilization, connecting technology, science, and trade. - There is no such thing as a truly 'natural' fiber, as most fibers have been modified over time through selective breeding and hybridization. - Weaving is an early form of binary operation and has connections to mathematics and computing. - Dye has been a catalyst for the chemical industry, leading to advancements in chemistry and the development of synthetic dyes. - Textiles have been an integral part of human history, and understanding their role provides insights into the broader history of civilization.  - Synthetic dyes were the first killer app of industrial chemistry, revolutionizing the textile industry. - The motivations for using dyes include status, religious significance, and group affiliation. - The Luddite movement highlights the tension between technological progress and job displacement. - The future of fabric includes 3D knitting, customization, bioengineering, environmental sustainability, 3D printing, and innovative applications.  - Nonwovens, such as those used in disposable diapers and masks, are an important category of fabric. - Carbon fiber, although not a textile, is a fiber used in various applications, including athletic equipment. - Performance textiles play a significant role in enhancing athletic performance, comfort, and injury prevention. - Garments can be designed specifically for different sports positions to optimize movement and performance. Chapters 00:00 Introduction and Virginia's Interest in Fabric 04:03 Overview of the Book 07:30 Textiles as Overlooked Technology 11:26 There's No Such Thing as a Natural Fiber 29:35 Weaving and its Connection to Math and Computing 45:15 The History and Chemistry of Dye 52:50 Dye as a Catalyst for the Chemical Industry 54:18 The First Killer App: Synthetic Dyes 55:29 Motivations for Dyes: Function, Pleasure, and Meaning 59:22 The Luddites and Technological Progress 01:01:31 Automation and Efficiency in Technology 01:12:12 The Future of Fabric: 3D Knitting and Customization 01:31:52 The Future of Fabric: Bioengineering and Environmental Sustainability 01:42:37 The Future of Fabric: 3D Printing and Localized Production 01:46:52 The Future of Fabric: Innovative Applications and Strength 01:47:10 Nonwovens and Other Textile Innovations 01:48:32 Exploring Non-Wovens and Carbon Fiber 01:49:30 Performance Textiles in Athletics 01:51:12 Designing Garments for Specific Sports Positions

Moritz Kaminski is the co-founder of Alby, which is a browser extension that acts as a Bitcoin and Nostr companion for the web. → Alby: https://getalby.com/ Sponsors → Stakwork: https://stacksats.how/stakwork 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