Future For Long COVID Patients, Getting COVID Info To Sihk Truckers. April 9, 2021, Part 1
Science Friday
Science Friday and WNYC Studios
4.4 • 6.3K Ratings
🗓️ 9 April 2021
⏱️ 47 minutes
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| 0:00.0 | This is Science Friday. I'm Iroflato. A bit later in the hour, we'll explore long-haul COVID, |
| 0:06.2 | people suffering with symptoms like exhaustion, loss of taste, and neurological conditions, |
| 0:12.1 | suffering for months after diagnosis a bit later. But first, physicists have confirmed an |
| 0:18.2 | unexplainable behavior of an elementary particle first noticed 20 years ago. |
| 0:23.6 | Experiments at Fermilab in Batavia, Illinois, showed that a certain subatomic particle called a muon |
| 0:29.7 | disobeys the laws of physics as scientists have written them, and whenever stuff appears to be breaking the law in science, it's a big deal. Here to help |
| 0:39.7 | explain the story and other science news of the week is my guest, Roxanne Kamzi, science journalist |
| 0:45.7 | based in Montreal, Quebec. Welcome to Science Writing. Nice to have you back. It's great to be back. |
| 0:51.2 | Thanks for having me. You know, Chris Polly, a physicist at Fermilab, called this discovery there, quote, |
| 0:57.2 | Mars rover landing moment. So this is a big deal. |
| 1:00.7 | Yeah. And what I love about this is it's physicists getting excited when something is a little bit |
| 1:04.9 | unexpected and kind of wrong per their predictions. So I think that it's really cool in that way. |
| 1:11.6 | Walk us through what actually was unexplainable. |
| 1:14.8 | Sure. |
| 1:15.5 | So as you said, muons are these particles, and they're actually known as fat electrons, |
| 1:20.6 | which I think is interesting, because they're 200 times as massive as electrons, |
| 1:25.9 | which is a particle a lot of people know. And what they did |
| 1:29.3 | is that they exposed these muons to an intense magnetic field. And when that happened, the muons did |
| 1:36.7 | some wobbling, like a spinning top. But they did it in a manner that wasn't quite consistent |
| 1:42.6 | with what the physicists had calculated would happen. |
| 1:45.9 | So they got all excited because there was this fluke and that could actually inform them to tell |
| 1:51.7 | them how their equations about, you know, how the universe and matter operate are off. So it's |
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