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How Does The Nucleus Hold Together?

2023-02-15 Education
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PBS Space Time
PBS Space Time
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Check out http://rocketmoney.com/pbsspace or scan the QR code on the screen to start managing your personal finances today. Thank you to Rocket Money for sponsoring today's video! #rocketmoney #personalfinance PBS Member Stations rely on viewers like you. To support your local station, go to:http://to.pbs.org/DonateSPACE Sign Up on Patreon to get access to the Space Time Discord! https://www.patreon.com/pbsspacetime Two protons next to each other in an atomic nucleus are repelling each other electromagnetically with enough force to lift a medium-sized labradoodle off the ground. Release this energy and you have, well, you have a nuclear explosion. Just as well there's an even stronger force than the electromagnetism holding our nuclei together. But it's not the strong force, as you might have imagined. At least not directly. Nuclei are held together by a quirk of nature, without which we would have no complex atoms, no chemistry, and certainly no labradoodles. Episode Companion Playlist https://www.youtube.com/playlist?list=PLsPUh22kYmNCppFZX8xlp5nrMhN_KVgQh Check out the Space Time Merch Store https://www.pbsspacetime.com/shop Sign up for the mailing list to get episode notifications and hear special announcements! https://mailchi.mp/1a6eb8f2717d/spacetime Search the Entire Space Time Library Here: https://search.pbsspacetime.com/ Hosted by Matt O'Dowd Written by Fernando Franco Félix & Matt O'Dowd Post Production by Leonardo Scholzer, Yago Ballarini, Pedro Osinski, Caique Oliveira, Adriano Leal & Stephanie Faria Directed by Andrew Kornhaber Associate Producer: Bahar Gholipour Executive Producers: Eric Brown & Andrew Kornhaber Executive in Charge for PBS: Maribel Lopez Director of Programming for PBS: Gabrielle Ewing Assistant Director of Programming for PBS: John Campbell Spacetime is produced by Kornhaber Brown for PBS Digital Studios. This program is produced by Kornhaber Brown, which is solely responsible for its content. © 2023 PBS. All rights reserved. End Credits Music by J.R.S. Schattenberg: https://www.youtube.com/user/MultiDroideka Space Time Was Made Possible In Part By: Big Bang Sponsors Ian Jones Bryce Fort Peter Barrett David Neumann Leo Koguan Sean Maddox Alexander Tamas Morgan Hough Juan Benet Vinnie Falco Fabrice Eap Mark Rosenthal Quasar Sponsors Glenn Sugden Alex Kern Ethan Cohen Stephen Wilcox Christina Oegren Mark Heising Hypernova Sponsors Silvia Gionta Ivari Tölp Vyce Ailour Kenneth See Gregory Forfa Kirk Honour Joe Moreira Bradley Voorhees Marc Armstrong Scott Gorlick Paul Stehr-Green Ben Delo Scott Gray Антон Кочков John R. Slavik David S. Cerutti Donal Botkin John Pollock Edmund Fokschaner Chuck Zegar Jordan Young Daniel Muzquiz Gamma Ray Burst Sponsors Thomas Nielson Joe Pavlovic Ryan McGaughy Mark West Justin Lloyd Chuck Lukaszewski Edward Hodapp Kevin Tillery Cole Combs Marc Forand Andrea Galvagni Jerry Thomas Nikhil Sharma Ryan Moser Jonathan Cordovano John Anderson David Giltinan Scott Hannum Paul Widden Bradley Ulis Craig Falls Kane Holbrook Ross Story teng guo Mason Dillon Matt Langford Harsh Khandhadia Thomas Tarler Susan Albee Frank Walker Matt Quinn Michael Lev Terje Vold James Trimmier Anatoliy Nagornyy Andre Stechert Paul Wood Kent Durham Jim Bartosh Ramon Nogueira Ellis Hall John H. Austin, Jr. Diana S Poljar Faraz Khan Almog Cohen Alex Edwards Ádám Kettinger Endre Pech Daniel Jennings Cameron Sampson Geoffrey Clarion Russ Creech Jeremy Reed David Johnston Michael Barton Andrew Mann Isaac Suttell Oliver Flanagan Bleys Goodson Robert Walter Mirik Gogri Mark Delagasse Mark Daniel Cohen Nickolas Andrew Freeman Shane Calimlim Tybie Fitzhugh Robert Ilardi Eric Kiebler Craig Stonaha Graydon Goss Frederic Simon Dimitri McGuiness John Robinson Jim Hudson Alex Gan David Barnholdt David Neal John Funai Bradley Jenkins Daniel Stříbrný Cody Brumfield Thomas Dougherty King Zeckendorff Dan Warren Patrick Sutton John Griffith Dean Faulk Sam Long

Top Comments (10)

@kevincronk7981 2023-02-16

This channel has 3 types of viewers: the .1% who actually fully understand what he's talking about, the people who maybe don't get it all but are learning from these videos, and the people who have no idea what any of this means but like the sound of Matt's voice and all these long words

2.9k 244 replies
@Jojoblurp 2023-02-16

Until today, I never even noticed the distinction between the Strong Force and the Strong Nuclear Force. Thank you for once again teaching me something new.

809 37 replies
@jtb6075 2023-02-16

This channel is undoubtably one of the most underrated channels on all of YouTube. The quality, time, and the complexity of the topics along with the added work of delivering the information in a way that the 99% of us baboons are able to grasp these concepts. THIS is the way I wish university was taught and I am always so excited to see a new PBS Space Time video on my feed. Very thankful for PBS, Matt and team for putting together these incredible videos for FREE

417 12 replies
@oiartsun 2023-02-16

This is the simplest, most digestible explanation I have read or watched to date, and yet I know I am going to need to watch it at least one more time.

392 12 replies
@fensoxx 2023-02-16

Did Yukawa eventually get the recognition he deserves? I had not heard of him despite years of reading up on this topic. So much to learn. Sounds like a really bright fella.

274 9 replies
@washinours 2023-02-15

My brain *finally seeing the bed after a 10h shift and a whole lot of extra chores* Matt's voice; "quantum chromodynamics 😃" Brain: wait

143 3 replies
@stephanieparker1250 2023-02-16

Thank you for mentioning scientists that many people don’t know. There are so many amazing and brilliant people in history! I love learning about all the people who have contributed to our knowledge today. 🎉❤

81
@fermista 2023-02-15

An analogy to the strong nuclear force holding the nucleus together is that it is like the residual electromagnetic Van Der Waals forces that loosely bind electrically neutral molecules together into liquids. Even though molecules are electrically neutral, when they get close enough they can still feel an attraction due to the component electrons and nuclei.

54 2 replies
@juliansowa7622 2025-01-26

8:35 anyone notice the change in sound quality?

33 3 replies
@ElPsyKongroo 2025-01-01

7:30 Thought i was having a stroke

22

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