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Curiosity Weekly

Water Molecules, Mount Everest Growth, Turtle Backpacks

Curiosity Weekly

Warner Bros. Discovery

Self-improvement, Science, Astronomy, Education

4.6935 Ratings

🗓️ 15 November 2024

⏱️ 16 minutes

🧾️ Download transcript

Summary

Today, you’ll learn about how scientists were able to witness water form at the molecular level and what that could mean for life on Mars, why Mount Everest is still growing, and why scientists are putting tiny backpacks on sea turtle hatchlings.   

 

Water Molecules 

 

  • “Researchers Watch Water Form at the Molecular Scale for the First Time.” Technology Networks. 2024.  
  • “Ultrathin silicon nitride microchip for in situ/operando microscopy with high spatial resolution and spectral visibility.” by Kunmo Koo, et al. 2024.  
  • “Unraveling the adsorption-limited hydrogen oxidation reaction at palladium surface via in situ electron microscopy.” by Yukun Liu, et al. 2024.  

 

Mount Everest Growth  

 

 

Turtle Backpacks 

 

  • “Scientists use tiny ‘backpacks’ on turtle hatchlings to observe their movements.” EurekAlert! 2024.  
  • “Swimming through  sand: using accelerometers to observe the cryptic, pre-emergence life-stage of sea turtle hatchlings.” by David Dor, et al. 2024.  

 

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Transcript

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0:00.0

I want to talk to you about this bag of the potato chips I'm eating.

0:03.4

An hidden ingredient that makes it all possible.

0:06.8

Fossil fuels.

0:09.1

I'm Matthew Kessler, host of the podcast Fuel to Fork.

0:13.9

From the diesel powering the tractors, to the oil used for frying, to the plastic packaging.

0:19.8

Fossil fuels are working behind the scenes. Can we phase out fossil fuels from our food? Find fuel to fork wherever you listen to podcasts.

0:32.6

Hello out there and welcome to Curiosity Daily from Discovery. Here you can get smarter in just a few minutes and you'll have a good time while you're doing it. I'm Nate.

0:45.2

Guys, it is so good to be back with you again today. I'm Callie. Today you'll learn about how scientists were able to witness water form at the molecular level and what that could mean for life on Mars,

1:01.2

why Mount Everest is still growing, and why scientists are putting tiny backpacks on sea turtle hatchlings.

1:04.4

Wait, wait, we get to talk about space and the ocean today?

1:05.9

Best episode ever.

1:13.5

For the first time in the history of the world, scientists have witnessed hydrogen and oxygen atoms get together to form tiny water bubbles.

1:15.6

And they watched it live as it happened.

1:20.2

So this might sound like a novelty, but it actually has pretty incredible ramifications.

1:28.4

I mean, yeah, I'm pretty sure if I got an invite to that lab to watch hydrogen atoms mix it up with oxygen atoms to form microscopic water bubbles. I'd clear my schedule and rush it over. But as cool as it sounds, I am definitely

1:33.8

curious about why seeing this is a big deal. All right, there are a few different reasons. But before we

1:39.0

get into that, let's talk about what actually happened. So we all know that the main ingredients in

1:43.3

water are two hydrogen

1:44.4

atoms and one oxygen atom, right? But a recipe isn't just the sum of its ingredients. In order to bake

1:50.1

cookies, for example, you've got to get all those ingredients together and perform some basically chemistry.

1:55.7

So water doesn't just happen. At some point, those hydrogen atoms have to come in contact with the

2:00.5

oxygen. Exactly. And that can

...

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