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Curiosity Weekly

The First Prescription Video Game, Solving the Mystery of Short-Term Memory, and Hummingbirds’ Extraordinary Vision

Curiosity Weekly

Warner Bros. Discovery

Science

4.6964 Ratings

🗓️ 15 July 2020

⏱️ 11 minutes

🧾️ Download transcript

Summary

Learn about the first physical evidence that shows how our brains store short-term memory; EndeavorRx, the first ever prescription video game; and why hummingbirds can see colors that you can’t.

Scientists may have found how short term memory is physically stored by Andrea Michelson

The first prescription video game ever was just approved by the FDA by Grant Currin

Hummingbirds can see even more colors than we thought by Grant Currin

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Find episode transcript here: https://curiosity-daily-4e53644e.simplecast.com/episodes/the-first-prescription-video-game-solving-the-mystery-of-short-term-memory-and-hummingbirds-extraordinary-vision


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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

0:05.2

Curiosity.com. I'm Cody Goff. And I'm Ashley Hamer. Today you learn about the first

0:09.7

physical evidence that shows how our brain stores short-term memory, the first ever prescription

0:15.2

video game, and why hummingbirds can see colors that you can't.

0:19.6

Let's satisfy some curiosity.

0:22.1

When you remember a name or a phone number, how is it stored in your brain?

0:26.6

Like is it just a nebulous mix of chemical signals or is there an actual physical

0:30.9

trace of a memory in there. Well, scientists just devised an amazing

0:35.7

method to answer that question, and they say it's the latter. Scientists may have actually

0:41.1

discovered the physical representation of short-term memory.

0:44.5

To better understand how memories are stored in our own brains, researchers at the

0:49.2

Institute of Science and Technology Austria took a close look at neurons or brain cells in mice.

0:54.8

They focused on the hippocampus where both humans and mice store memories and

0:59.6

zoomed in on a single point of connection between two neurons.

1:04.0

That point is called a synapse, and it's where messages are sent from one neuron to another.

1:09.4

Those messages come in the form of chemicals called neurotransmitters, which travel in little bubbles called

1:14.8

vesicles.

1:16.4

The scientists accomplished something that study author David Van Dell called Close to Impossible.

1:21.6

They recorded electrical signals from the sending neuron and the receiving

1:24.9

neuron at the same time while the mouse completed memory stimulating tasks. They found that

1:31.1

when a neuron fires off a signal, the connection between that neuron and the one receiving the signal strengthens temporarily.

1:38.0

That's called synaptic plasticity, and they expected it to happen.

...

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