What enables some people to keep going when everything falls apart? We all know someone who’s been through hell and comes out standing. This episode is about resilience. Join Eagleman with guest Dr. Jonathan Downar to discover what happens in the brain when we face adversity. Is resilience something you’re born with, or is it something your brain can develop? What does any of this have to do with The Diving Bell and the Butterfly, using magnetic fields to zap the brain, the less famous partner to the reward system, or what seemingly unrelated disorders in psychiatry all have in common? 

What enables some people to keep going when everything falls apart? We all know someone who&rsquo;s been through hell and comes out standing. This episode is about resilience. Join Eagleman with guest Dr. Jonathan Downar to discover what happens in the brain when we face adversity. Is resilience something you&rsquo;re born with, or is it something your brain can develop? What does any of this have to do with The Diving Bell and the Butterfly, using magnetic fields to zap the brain, the less famous partner to the reward system, or what seemingly unrelated disorders in psychiatry all have in common?&nbsp;

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

Ep101 "Why do people walk away from bad events with different outcomes?"

https://api.omny.fm/orgs/e73c998e-6e60-432f-8610-ae210140c5b1/clips/f8d40bc0-77fe-485b-9726-b2c60065b2c0/transcript

What is artificial general intelligence (AGI) and how close are we to getting there? What defines the next step, called artificial superintelligence (ASI), and why might the gap between those two be so dangerous? When machines become smarter than us, what roles are left for humanity? Should we think of AI as software, or as something we’re raising like a child? Will tomorrow’s AI destroy us, ignore us, or protect us? This week Eagleman talks with computer scientist & AI researcher Ben Goertzel.

What is artificial general intelligence (AGI) and how close are we to getting there?&nbsp;What defines the next step, called artificial superintelligence (ASI), and why might the gap between those two be so dangerous? When machines become smarter than us, what roles are left for humanity? Should we think of AI as software, or as something we&rsquo;re raising like a child? Will tomorrow&rsquo;s AI destroy us, ignore us, or protect us? This week Eagleman talks with computer scientist &amp; AI researcher Ben Goertzel.

Ep163 "How Quickly Does AI Become Smarter Than Humanity?" with Ben Goertzel

https://api.omny.fm/orgs/e73c998e-6e60-432f-8610-ae210140c5b1/clips/a93bd2f1-dcb1-4c21-93fe-b48d00461c3e/transcript

For all of medical history, we’ve tried to persuade sick cells to behave better. What if instead we just swapped them out? Can we insert new brain cells grown from your own skin cells? And what does any of this have to do with sending one’s own cells into space, or rescuing animals on the very brink of extinction? Today we talk with stem cell biologist Jeanne Loring about the exciting next horizons.

For all of medical history, we&rsquo;ve tried to persuade sick cells to behave better. What if instead we just swapped them out? Can we insert new brain cells grown from your own skin cells? And what does any of this have to do with sending one&rsquo;s own cells into space, or rescuing animals on the very brink of extinction?&nbsp;Today we talk with stem cell biologist Jeanne Loring about&nbsp;the&nbsp;exciting next horizons.

Ep162 "What Does Medicine Look Like in Ten Years?" with Jeanne Loring

https://api.omny.fm/orgs/e73c998e-6e60-432f-8610-ae210140c5b1/clips/d95e8a19-1756-48e7-a5ec-b4860001e22d/transcript

What do honeybee brains have in common with human brains -- and with the AI that beat the world's best Go player? What simple algorithm has been hiding inside brains for 100s of millions of years? When babies throw food from a high chair again and again, are they being mischievous or are they running physics experiments? And what does any of this have to do with whether dopamine is more than a pleasure molecule, or whether there are laws of physics we have yet to discover, or whether large language models are going to get outdated in favor of a new approach? Join Eagleman with computational neuroscientist Read Montague to explore how very old systems in our brains map onto the future of AI.

What do honeybee brains have in common with human brains -- and with the AI that beat the world's best Go player? What simple algorithm has been hiding inside brains for 100s of millions of years? When babies throw food from a high chair again and again, are they being mischievous or are they running physics experiments? And what does any of this have to do with whether dopamine is more than a pleasure molecule, or whether there are laws of physics we have yet to discover, or whether large language models are going to get outdated in favor of a new approach? Join Eagleman with computational neuroscientist Read Montague to explore how very old systems in our brains map onto the future of AI.

Ep161 "What Do Ancient Brains and Future AIs Have in Common?" with Read Montague

https://api.omny.fm/orgs/e73c998e-6e60-432f-8610-ae210140c5b1/clips/7b898e9e-0870-4942-b1aa-b47e01861562/transcript

Ep101 "Why do people walk away from bad events with different outcomes?"

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