4.6 • 935 Ratings
🗓️ 11 June 2019
⏱️ 9 minutes
🧾️ Download transcript
Learn about the Goldbach conjecture, a simple math problem that’s never been solved; why researchers studied the cutest age for a puppy; and why extroverted leaders can have too much of a good thing.
In this podcast, Cody Gough and Ashley Hamer discuss the following stories from Curiosity.com to help you get smarter and learn something new in just a few minutes:
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Find episode transcript here: https://curiosity-daily-4e53644e.simplecast.com/episodes/leaders-can-be-too-extroverted-the-cutest-age-for-a-puppy-and-goldbachs-conjecture
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0:00.0 | Hi, we're here from Curiosity.com to help you get smarter in just a few minutes. |
0:04.8 | I'm Cody Gough. |
0:05.7 | And I'm Ashley Hamer. |
0:06.8 | Today you learn about a simple math problem that's never been solved. |
0:10.5 | Why researchers studied the cutest age for a puppy? |
0:13.0 | And why extraverted leaders can have too much of a good thing. |
0:16.0 | Let's satisfy some curiosity. |
0:18.0 | Some people run away the second they hear the phrase math problem. |
0:21.0 | But I promise, the story I'm about to tell you is |
0:24.1 | pretty easy to wrap your head around I'll admit that it does come from the world of |
0:28.6 | mathematics but how could you not be curious about a simple problem that's never been solved? |
0:34.5 | I'm talking about the Goldbach conjecture, and it's one of the oldest and best known |
0:39.3 | unsolved problems in all of mathematics. |
0:42.4 | But it's also a great example of something being |
0:44.4 | deceptively simple. So here's the story. In June of 1742, a Prussian |
0:50.3 | mathematician named Christian Goldbach wrote a letter to another mathematician, |
0:54.8 | Leonard E. Yes, that E, the guy who the irrational number E is named after. |
1:00.8 | But that's another story. Anyway, in this letter, Goldbach laid out his famous conjecture. |
1:06.2 | It was refined a bit over the years, but as of now it says this, |
1:10.1 | all even whole numbers greater than two are the sum of two prime numbers. |
1:16.0 | Or basically you can get any even number above two by adding up two prime numbers. |
1:22.0 | If you're really rusty on your math terminology, a prime |
... |
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