4.4 • 21.3K Ratings
🗓️ 10 January 2020
⏱️ 53 minutes
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0:00.0 | Hey, it's Guy here. So as you may have heard, there's a brand new host of the Ted Radio Hour. |
0:05.3 | Her name is Manouche Samarote and she and the team are busy producing a bunch of new episodes, |
0:10.5 | and you'll start to hear them beginning in March. In the meantime, I want to share some of my |
0:15.0 | most favorite episodes of Ted Radio Hour from the seven years I host of the show. And this one, |
0:20.8 | it's all about the world of numbers. And how math can answer some of life's most complicated |
0:26.4 | questions like, can we ever find love or why is this drumbeat so catchy? And how did tiny little |
0:33.4 | Yoda lift that enormous X-wing out of the swamp and the Empire Strikes Back? This episode is called |
0:40.0 | Solve for X. Enjoy. This is the Ted Radio Hour. Each week, groundbreaking Ted Talks. |
0:51.4 | Ted Talks. Ted. Ted. Technology. Entertainment. Design. Design. Is that really what's |
0:56.8 | 10 for? I've never known the delivered and Ted conferences around the world. It's the gift of |
1:00.9 | the human imagination. We've had to believe in impossible things. The true nature of reality beckons |
1:07.7 | from just beyond. Those talks, those ideas adapted for radio. From NPR. |
1:15.8 | I'm Guy Ross. Back in 2009, this guy named Randall Monroe volunteered to teach a weekend class |
1:25.5 | at MIT to a bunch of high school students. They have a program where people can come in and teach |
1:30.3 | classes on whatever subjects they're interested in and a bunch of students come and sign up and |
1:34.7 | take them. And I had some friends do classes on root beer tasting and other ones do a class on |
1:40.0 | programming. Randall decided to teach the one subject he knew a little something about. |
1:46.3 | So I did a class on the physics of energy because he'd studied physics and college. |
1:50.8 | But on the first day of that class, he was teaching when he was giving his first lecture. |
1:55.7 | Well, I was I was talking about how you can define this quantity called potential energy. And you |
2:00.1 | can calculate if you lift an object that weighs, you know, five kilograms through a distance of two |
2:06.8 | meters, then it will have about 95 or, you know, 100 jewels of potential energy. This approach, of |
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