4.6 • 22.3K Ratings
🗓️ 25 March 2020
⏱️ 30 minutes
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0:00.0 | Nothing is lost. Nothing is created. Everything is transformed. That's the law of the conservation |
0:11.1 | of mass, and it's one of the oldest principles in physics. Nothing in the universe can be completely |
0:17.1 | destroyed. It can change form or break apart or annihilate into a burst of energy, but |
0:22.2 | it never fully disappears. If you can't figure out where it went, it means that you're not |
0:27.9 | looking in the right place. On March 26, 1938, one of the top physicists in the world got onto a |
0:35.4 | ship from Palermo to Naples, Italy. When it pulled into port the next morning, he didn't get off. |
0:41.1 | There's nowhere he could have gone except over the deck into the water, but after a long search |
0:46.9 | of the area, his body was never found. He just vanished without a trace. But everyone knows, |
0:53.1 | disappearing into the air isn't physically possible. So if a Tore, Myrana no longer existed, |
1:01.0 | what had become of him? |
1:02.8 | This is Supernatural, a podcast original, and I'm your host, Ashley Flowers. Every Wednesday, I'll |
1:29.0 | take a deep dive into a real unexplained mystery to try and figure out the truth. This week, |
1:34.9 | we're talking about the disappearance of a Tore Myrana. You can find all episodes of Supernatural |
1:41.0 | and all other podcast originals for free on Spotify. And if you like what you're hearing, |
1:45.8 | reach out on Facebook and Instagram at podcast and on Twitter at podcast network. |
1:51.4 | Today, the name of Tore Myrana doesn't ring a bell to most of the world, but in 1938, Myrana's |
2:03.2 | reputation was about on par with Albert Einstein. He was one of the most respected physicists in the |
2:09.1 | entire world, and he was only 31 years old, which makes me feel like I have a lot of catching up |
2:14.2 | to do us a 31 year old. The reason no one remembers him is because he rarely ever published his work, |
2:20.6 | even though he made incredible groundbreaking discoveries. For example, in 1932, he figured out |
2:27.7 | that the nucleus of an atom is made up of protons and a neutral particle, which we now know as neutrons. |
2:35.5 | Today, that's the first thing you'll learn in a chemistry class, but at the time, neutrons hadn't |
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