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This content was posted on 23 Jul 17 by The Long Now Foundation on Podcast
Carolyn Porco – Searching for Life in the Solar System
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Where will unambiguous signs of life most likely be found outside Earth? While telescopes squint at impossibly distant (but numerous) exoplanets, increasing numbers of increasingly brilliant robots are probing the wildly exotic potential environments for life nearby in our own Solar System. Which ones are the most promising candidates, and why, and what are the plans to check them out?
Is life in the universe a one-off freak, or the norm? If we find just one more instance, we can infer it’s the norm.
Planetary scientist Carolyn Porco became most famous as the dynamic leader of the Imaging Team for the Cassini mission to Saturn, which delivered no end of stunning photos of the planet, its gorgeous rings, and its extravagant moons. (Her team discovered seven new ones.)
“Searching for Life in the Solar System” was given on July 24, 02017 as part of Long Now’s Seminar series. The series was started in 02003 to build a compelling body of ideas about long-term thinking from some of the world’s leading thinkers. The Seminars take place in San Francisco and are curated and hosted by Stewart Brand. To follow the talks, you can:
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