1 March 2018: Brain waves and a fingerprint from the early Universe
Nature Podcast
podcast@nature.com
4.5 • 893 Ratings
🗓️ 28 February 2018
⏱️ 31 minutes
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Transcript
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| 0:00.0 | Nature. |
| 0:02.0 | In a experiment, I don't know yet. |
| 0:06.0 | Why is Blight so far? |
| 0:08.0 | Like, it sounds so simple. |
| 0:09.0 | They had no idea. |
| 0:11.0 | But now the data's people. |
| 0:12.0 | I find this not only refreshing, but at some level astounding. |
| 0:20.0 | Nature. Nature. |
| 0:21.6 | Nature. |
| 0:22.6 | Hello and welcome to the Nature podcast. |
| 0:26.6 | This week, brain waves are making a splash and mapping the landscape of childhood cancers. |
| 0:32.6 | Plus, physicists find a fingerprint from the early universe. |
| 0:36.6 | This is the nature podcast for the 1st of March 2018. |
| 0:41.2 | I'm Adam Levy. |
| 0:42.3 | And I'm Charmany Bundell. |
| 0:53.4 | First up, astronomers have found evidence of the universe's first stars from a period known |
| 0:59.6 | as the cosmic dawn. And the signal isn't quite what they expected. Here's Lizzie Gibney |
| 1:05.2 | with more. For the first few hundred million years of its existence, the universe was a dark place. |
| 1:13.1 | Only once electrons and protons had formed atoms of hydrogen, and hydrogen had clumped together, |
| 1:19.2 | could the first stars begin to shine. |
| 1:22.3 | So how can we study this long ago era? |
| 1:25.4 | Using a telescope to detect the very faint light from those first stars |
... |
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