
Chris Hayes is the author of The Siren's Call: How Attention Became The World's Most Endangered Resource and the host of MSNBC's All In With Chris Hayes. He joins Big Technology Podcast to discuss his No. 1 bestselling book, digging into why he wrote it, how news differs from social platforms (and to what degree), and why We also cover the strange psychology of fame, how figures like Trump and Musk weild attention for political power, and why most social platforms are seeing declining user engagement despite their algorithmic optimization. Hit play for a conversation that reveals why our relationship with technology resembles our relationship with food — a biological necessity transformed into an unhealthy craving that reflects deeper voids in modern life. Chapters: 00:00 - Introduction to Chris Hayes and his bestseller "The Sirens Call" 02:37 - How cable news holds attention through visual techniques and rhetoric 05:42 - The challenge of balancing audience interest with meaningful content 08:15 - The collapse between creators and data metrics in modern media 11:03 - Platforms vs. people: The fundamental difference in attention goals 13:50 - The unprecedented scale and ubiquity of digital attention capture 17:17 - Fame democratized: The psychological impact of stranger attention 21:26 - The decline of original content sharing on social platforms 24:19 - The potential terminal point of algorithmic attention engineering 26:35 - Human agency in the attention economy 29:57 - The tension between compelled attention and willful resistance 32:48 - The food analogy: Attention hunger and unhealthy consumption 35:21 - Boredom, loneliness, and our inability to sit with our thoughts 38:46 - The monetization of attention: OnlyFans and meme coins 41:50 - The inversion of creativity and attention-seeking 44:23 - Ad tech: Problems with attention measurement and conversion 47:34 - Politics and attention: Trump's core insight and troll politics 53:20 - Elon Musk's political power through platform ownership 56:09 - Potential solutions: Regulatory caps on attention consumption