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Curiosity Weekly

Talking to Whales, Pedestrian Patterns, Women’s Competitiveness

Curiosity Weekly

Warner Bros. Discovery

Science

4.6963 Ratings

🗓️ 2 February 2022

⏱️ 14 minutes

🧾️ Download transcript

Summary

Learn how AI may learn to talk to whales; why pedestrians don’t follow the shortest route; and competitiveness in women.

Researchers are using AI to understand whale clicks — and talk back to them by Briana Brownell 

Pedestrians are wired to follow the "pointiest" route, not the shortest by Cameron Duke 

Women are just as competitive as men, they just show it differently by Steffie Drucker

Follow Curiosity Daily on your favorite podcast app to get smarter with Cody Gough and Ashley Hamer — for free! Still curious? Get exclusive science shows, nature documentaries, and more real-life entertainment on discovery+! Go to https://discoveryplus.com/curiosity to start your 7-day free trial. discovery+ is currently only available for US subscribers.


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Transcript

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0:00.0

Hi, you're about to get smarter in just a few minutes with Curiosity Daily from Discovery.

0:05.8

I'm Cody Gough, and I'm Ashley Hamer.

0:08.0

Today you learn how researchers are using AI to understand and maybe even talk back to Wales, why pedestrians aren't

0:15.4

wired to follow the shortest route, and why women are just as

0:19.3

competitive as men. They just show it differently.

0:21.6

What satisfy some curiosity?

0:24.0

Have you ever wanted to have a conversation with a whale, Ashley?

0:29.0

Uh, yes, always.

0:31.0

Same!

0:32.0

Well, get this. Someday we might be able to. Thanks to a new project called

0:38.4

the Cetacean Translation Initiative, aka Project SETI.

0:45.0

It's an ambitious project.

0:46.8

The team is hoping to use artificial intelligence to model

0:50.1

and eventually translate sounds made by sperm whales into human language.

0:56.4

And maybe even to have a back and forth conversation with them.

1:00.8

Now, why sperm whales? Well, sperm oils are smart and their

1:06.3

conversations lend themselves well to analysis. Sperm whales communicate

1:10.7

using what are called codas. A coda is a brief series of clicks that

1:15.8

sounds a little bit like Morse code. Sperm whales talk back and forth to

1:20.9

each other using these codas and the relatively complex structure

1:25.4

suggests that the language is complex too. Another bonus, since these whales

1:30.9

communicate across long distances, their communication must be mostly, if not completely, acoustic.

...

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