What is a 10,000 year clock? What is the Y10k bug? What allows some organizations to last a millennium? What do ancient ceramics have to do with ball bearings in satellites? What does any of this have to do with bristlecone pine trees, cymbals, or an extant hotel that launched in the sixth century? Join today for thinking about ourselves on a 10,000 year timescale with guest Alexander Rose.

What is a 10,000 year clock? What is the Y10k bug? What allows some organizations to last a millennium? What do ancient ceramics have to do with ball bearings in satellites? What does any of this have to do with bristlecone pine trees, cymbals, or an extant hotel that launched in the sixth century? Join today for thinking about ourselves on a 10,000 year timescale with guest Alexander Rose.

Neuroscientist and author David Eagleman discusses how our brain interprets the world and what that means for us. Through storytelling, research, interviews, and experiments, David Eagleman tackles wild questions that illuminate new facets of our lives and our realities.

Neuroscientist and author David Eagleman discusses how our brain interprets the world and what that means for us. Through storytelling, research, interviews, and experiments, David Eagleman tackles wild questions that illuminate new facets of our lives and our realities.

Inner Cosmos with David Eagleman

Ep144  "How do things last?" Part 2: Millennia with Alexander Rose

https://api.omny.fm/orgs/e73c998e-6e60-432f-8610-ae210140c5b1/clips/f501eef4-d3a0-4337-ab42-b40800490d14/transcript

What makes things last, and what do very different lasting things have in common? Why might a space alien not be able to understand music? Why do windows in medieval cathedrals look thicker at the bottom, and what does this reveal about the world’s religions? What was the most important weapon in ancient history, and how did it disappear? Join today for the story of persistence, from sharks to schizophrenia to Roman concrete to DNA.

What makes things last, and what do very different lasting things have in common? Why might a space alien not be able to understand music? Why do windows in medieval cathedrals look thicker at the bottom, and what does this reveal about the world&rsquo;s religions? What was the most important weapon in ancient history, and how did it disappear? Join today for the story of persistence, from sharks to schizophrenia to Roman concrete to DNA.

Ep143 "How do things last?" Part 1: neurons to civilizations

https://api.omny.fm/orgs/e73c998e-6e60-432f-8610-ae210140c5b1/clips/2d93bfec-2eef-46f8-ab25-b4010045a928/transcript

Why do revolutionary ideas so often come from outsiders? Do good scientists sometimes crowd out great ones? Do we still have room for scientific cowboys? And what is the relationship between national security and modern science? Are scientists participants in a larger game they barely see? What if the most important ideas are the ones you’re not allowed to hear about? From Crick and Watson to nuclear bombs and AI, today we’ll cover it all with physicist, mathematician, and iconoclast Eric Weinstein.

Why do revolutionary ideas so often come from outsiders? Do good scientists sometimes crowd out great ones? Do we still have room for scientific cowboys? And what is the relationship between national security and modern science? Are scientists participants in a larger game they barely see? What if the most important ideas are the ones you&rsquo;re not allowed to hear about? From Crick and Watson to nuclear bombs and AI, today we&rsquo;ll cover it all with physicist, mathematician, and iconoclast Eric Weinstein.

Ep142 "Do breakthroughs require rule-breakers?" with Eric Weinstein

https://api.omny.fm/orgs/e73c998e-6e60-432f-8610-ae210140c5b1/clips/704eb4c0-d1f4-49cb-a347-b3fa00252c9b/transcript

Does brain science need a new grand plan? Is the brain less like an assembly line and more like a weather system? What does this mean for what counts as explanatory, and how might AI help us in the near future? What does any of this have to do with how the drug Ritalin got its name? Today we’ll speak with neuroscientist Nicole Rust, author of Elusive Cures.

Does brain science need a new grand plan? Is the brain less like an assembly line and more like a weather system?&nbsp;What does this mean for what counts as explanatory, and how might AI help us in the near future? What does any of this have to do with how the drug Ritalin got its name? Today we&rsquo;ll speak with neuroscientist Nicole Rust, author of&nbsp;Elusive Cures.

Ep141 "What do brains and weather systems have in common?" with Nicole Rust

https://api.omny.fm/orgs/e73c998e-6e60-432f-8610-ae210140c5b1/clips/e6d4ea5d-8329-4773-8411-b3f3001704f3/transcript

Ep144 "How do things last?" Part 2: Millennia with Alexander Rose

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