DNA science. Artificial intelligence. Smartphones and 3D printers. Science and technology have transformed the world we live in. But how did we get here? It wasn’t by accident. Well, sometimes it was. It was also the result of hard work, teamwork, and competition. And incredibly surprising moments. Hosted by bestselling author Steven Johnson (“How We Got To Now”), American Innovations uses immersive scenes to tell the stories of the scientists, engineers, and ordinary people behind the great ...
…
continue reading
Innehåll tillhandahållet av Audioboom and The Royal Astronomical Society. Allt poddinnehåll inklusive avsnitt, grafik och podcastbeskrivningar laddas upp och tillhandahålls direkt av Audioboom and The Royal Astronomical Society eller deras podcastplattformspartner. Om du tror att någon använder ditt upphovsrättsskyddade verk utan din tillåtelse kan du följa processen som beskrivs här https://sv.player.fm/legal.
Player FM - Podcast-app
Gå offline med appen Player FM !
Gå offline med appen Player FM !
58: BONUS - Nuclear Pasta & G-Astronomy
MP3•Episod hem
Manage episode 450901836 series 2606572
Innehåll tillhandahållet av Audioboom and The Royal Astronomical Society. Allt poddinnehåll inklusive avsnitt, grafik och podcastbeskrivningar laddas upp och tillhandahålls direkt av Audioboom and The Royal Astronomical Society eller deras podcastplattformspartner. Om du tror att någon använder ditt upphovsrättsskyddade verk utan din tillåtelse kan du följa processen som beskrivs här https://sv.player.fm/legal.
... Potentially the silliest bonus episode we've ever recorded.
The Supermassive Team takes on your questions; What are Brown Dwarfs? How can photons have different energies? Do frozen stars exist? And they get extremely distracted by the concept of nuclear pasta. Even Producer Richard gets involved.
Here's the paper mentioned by listener Hanna, Thermodynamics of Frozen Stars
The Supermassive Podcast is a Boffin Media production. The producers are Izzie Clarke and Richard Hollingham.
The Supermassive Team takes on your questions; What are Brown Dwarfs? How can photons have different energies? Do frozen stars exist? And they get extremely distracted by the concept of nuclear pasta. Even Producer Richard gets involved.
Here's the paper mentioned by listener Hanna, Thermodynamics of Frozen Stars
The Supermassive Podcast is a Boffin Media production. The producers are Izzie Clarke and Richard Hollingham.
79 episoder
MP3•Episod hem
Manage episode 450901836 series 2606572
Innehåll tillhandahållet av Audioboom and The Royal Astronomical Society. Allt poddinnehåll inklusive avsnitt, grafik och podcastbeskrivningar laddas upp och tillhandahålls direkt av Audioboom and The Royal Astronomical Society eller deras podcastplattformspartner. Om du tror att någon använder ditt upphovsrättsskyddade verk utan din tillåtelse kan du följa processen som beskrivs här https://sv.player.fm/legal.
... Potentially the silliest bonus episode we've ever recorded.
The Supermassive Team takes on your questions; What are Brown Dwarfs? How can photons have different energies? Do frozen stars exist? And they get extremely distracted by the concept of nuclear pasta. Even Producer Richard gets involved.
Here's the paper mentioned by listener Hanna, Thermodynamics of Frozen Stars
The Supermassive Podcast is a Boffin Media production. The producers are Izzie Clarke and Richard Hollingham.
The Supermassive Team takes on your questions; What are Brown Dwarfs? How can photons have different energies? Do frozen stars exist? And they get extremely distracted by the concept of nuclear pasta. Even Producer Richard gets involved.
Here's the paper mentioned by listener Hanna, Thermodynamics of Frozen Stars
The Supermassive Podcast is a Boffin Media production. The producers are Izzie Clarke and Richard Hollingham.
79 episoder
Alla avsnitt
×Välkommen till Player FM
Player FM scannar webben för högkvalitativa podcasts för dig att njuta av nu direkt. Den är den bästa podcast-appen och den fungerar med Android, Iphone och webben. Bli medlem för att synka prenumerationer mellan enheter.