1d:I[2890,["266","static/chunks/870fdd6f-4fcc92c129a57d11.js","970","static/chunks/970-91a3a37cc668faba.js","857","static/chunks/857-3b2a1421afa266d2.js","965","static/chunks/app/podcasts/episode/%5BpodcastEpisodeGuid%5D/page-e939c6b91b4a25d4.js"],"default"] 1e:I[1318,["266","static/chunks/870fdd6f-4fcc92c129a57d11.js","970","static/chunks/970-91a3a37cc668faba.js","857","static/chunks/857-3b2a1421afa266d2.js","965","static/chunks/app/podcasts/episode/%5BpodcastEpisodeGuid%5D/page-e939c6b91b4a25d4.js"],"default"] 1f:T570,It feels like this is the summer of space launches. So, it's only appropriate that we kick off our new series Space Camp with a look at space launches. Throughout the series, Regina and Emily will plumb our universe to uncover the strange, wonderful things happening all around us. This episode, that entails answering a series of questions about getting to space: What does hurtling into space feel like? What physics are involved? And what's the "junk" in Earth's orbit?

Space Camp episodes drop every Tuesday in the Short Wave feed in addition to our regular episodes happening every Monday, Wednesday and Friday.

For a full explainer of Newton's third law of motion, g-forces and visuals on his cannonball thought experiment, check out our digital story.

Have a particular aspect of space you want us to cover in a future episode? Email us at shortwave@npr.org — we'd love to hear from you!

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Episode description

From The Physics Of G-Force To Weightlessness: How It Feels To Launch Into Space

Episode description