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6,906 Views • 7 months ago • Click to toggle off description
Full video with more detailed explanation: • Neutrons Are UNSTABLE, But They're EVERYWH... "Neutrons are UNSTABLE! But they're EVERYWHERE! Why? Why? Why?"
This video explains why neutrons decays to a proton.
Views : 6,906
Genre: Science & Technology
License: Standard YouTube License
Uploaded At 7 months ago ^^
warning: returnyoutubedislikes may not be accurate, this is just an estiment ehe :3
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RYD date created : 2025-03-14T20:43:45.215332Z
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10 Comments
Top Comments of this video!! :3
I would say you use MeV because that is the customary unit of measurement in this domain. It makes a lot more sense for tiny particles like this, than saying "it weighs 1.6749x10-27 kg".
6 | 0
Thank you for creating this informative short.
1 | 0
Loved the full video!
1 | 0
So,,,the electron is the measurement of the neutron passing through the Electron Field and decaying into (a) anti-neutrino. Got it, thanks.
1 | 0
Yet, their mass is mostly gluon field interactions. Why are up quarks of different mass than down quarks? How can the gluon field be the same in both proton and neutron? Could the rest mass be more stable because of this difference? thanks
1 | 1
Rule #1 of physics: do not attempt to answer "why?" questions. As any 4 year-old knows, a chain of those questions inevitably leads to frustration and an unsatisfying answer of "just because". Far more productive is to answer "how?" questions such as "How do bound neutrons remain stable while unbound ones decay?"
2 | 0
Neutron instability may be caused by being more readily neutralized by quantum zero-point vacuum energy, than free protons because our universe seems to have an asymmetry, a positive universe, and not an antimatter negative universe. Positive matter and protons seem therefor to have a persistence and prevail.
1 | 0
By this logic shouldn’t protons decay into electrons?
| 0
@ArvinAsh
7 months ago
Full video with more detailed explanation: https://youtu.be/1HsRA-vbh-M "Neutrons are UNSTABLE! But they're EVERYWHERE! Why? Why? Why?"
2 | 0