On this episode of Curiosity Theory, Dr. Dakotah Tyler (@dr.starkid) and Justin Shaifer (@mr.fascinate) take you on a tour from ancient Mars to spiral galaxies to the trends moving through your social feeds. We start with new NASA results and the possibility of life on Mars, unpack what counts as a real biosignature, and dig into ideas like panspermia and endosymbiosis to explain how life might start and how complex cells evolved. Then we zoom out and connect the dots: Why most life in the un...
All content for Curiosity Theory is the property of Dr. Dakotah Tyler & Justin Shaifer and is served directly from their servers
with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
On this episode of Curiosity Theory, Dr. Dakotah Tyler (@dr.starkid) and Justin Shaifer (@mr.fascinate) take you on a tour from ancient Mars to spiral galaxies to the trends moving through your social feeds. We start with new NASA results and the possibility of life on Mars, unpack what counts as a real biosignature, and dig into ideas like panspermia and endosymbiosis to explain how life might start and how complex cells evolved. Then we zoom out and connect the dots: Why most life in the un...
Audience Q&A: Dr. Dakotah Tyler and Justin Shaifer go deep on cosmic questions. They explore theories about whether the universe already died, cycles of cosmic birth and death, the future of life, astrobiology and evolution, the search for exoplanet biosignatures, and how AI and technology shape the way we learn. It’s a wide-ranging, curiosity-driven conversation about life, the universe, and everything in between. Follow us on socials: @curiositytheorypod @dr.starkid @m...
Curiosity Theory
On this episode of Curiosity Theory, Dr. Dakotah Tyler (@dr.starkid) and Justin Shaifer (@mr.fascinate) take you on a tour from ancient Mars to spiral galaxies to the trends moving through your social feeds. We start with new NASA results and the possibility of life on Mars, unpack what counts as a real biosignature, and dig into ideas like panspermia and endosymbiosis to explain how life might start and how complex cells evolved. Then we zoom out and connect the dots: Why most life in the un...
