Introducing: The Rest Is Science
Sherlock & Co.
Neil Fearn
4.8 • 3K Ratings
🗓️ 4 December 2025
⏱️ 12 minutes
🧾️ Download transcript
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| 0:00.0 | Hello Sherlock listeners, I'm Michael Stevens. |
| 0:05.0 | And I'm Professor Hannah Frye. |
| 0:07.0 | Well, thank you, John and Sherlock, for letting us take over the channel. |
| 0:11.0 | We are here to tell you about our new show for Gohanger, the rest is science. |
| 0:15.0 | Every week we take a fresh look at the familiar. |
| 0:18.0 | We're going to be exploring the forces, the theories and the phenomena |
| 0:21.2 | that shape how we live in, think about and see the world. We're going to pull apart what we take |
| 0:27.5 | for granted to reveal the unexpected patterns and hidden logic just beneath the surface. Because that's |
| 0:34.2 | what moves science forward, not the polishing of answers, but the sharpening of questions. It's curiosity that's what moves science forward. Not the polishing of answers, but the sharpening of questions. |
| 0:40.3 | It's curiosity that sparks those, hey, wait, how does that actually work kind of a moment that changes the way we see the world? |
| 0:46.6 | So, okay, here is a little glimpse of what is to come from our podcast. |
| 0:49.5 | And if it sparks something unexplainable for you, And you can join us every Tuesday and Thursday for |
| 0:55.1 | new episodes of the rest of science and we'll figure it out together. |
| 1:00.2 | How would you describe gravity to an alien from another universe that had never experienced gravity? |
| 1:07.4 | The simplest way to think of it is that in our universe, objects are attracted to each |
| 1:13.0 | other. And if you, without any interfering from outside, if you just have two objects near each |
| 1:20.0 | other, they will come together. That's it. I mean, that's it, really. And at this point, |
| 1:24.2 | the alien goes, what? That is so odd. Right. And what do you mean by an object? |
| 1:29.9 | Anything with mass. Anything with mass. Because I think that we sort of imagine gravity as though it's like the Earth is pulling us down. But the thing is, is that we're also pulling the Earth up, right? And if you get much small objects than planets and you put them in space, |
| 1:47.0 | they're pulling each other and will come together. That's right. Yeah, I once calculated the two |
| 1:51.7 | baseballs placed in intergalactic space. A meter apart would very slowly collapse in towards each other |
| 1:59.8 | until they touched. |
... |
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