057 - Strong Nuclear Force
In this video Paul Andersen explains how the strong nuclear force holds the nucleus together in spite of repulsive electrostatic charges acting on the nucleons. Mesons exchanged between nucleons keep the nucleus intact and gluons exchanged between the quarks achieve the same goal within the nucleons. The strong nuclear force accounts for the nuclear binding force in all atoms.
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Music Attribution
Title: String Theory
Artist: Herman Jolly
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All of the images are licensed under creative commons and public domain licensing:
“Atomic Nucleus.” Wikipedia, the Free Encyclopedia, September 18, 2014. [ Ссылка ].
DZadventiste, Helium_atom_QM svg: User:Yzmoderivative work: A Depiction of the Nucleus Structure of the Helium Atom. The Magnified Nucleus Is Schematic, Showing Protons in Pink and Neutrons in Purple. In Reality, the Nucleus (and the Wavefunction of Each of the Nucleons) Is Also Spherically Symmetric and 1s, and the Four Particles, Each with a Different Quantum Number and Are All Most Likely to Be Found in the Same Space, at the Exact Center of the Nucleus., May 31, 2009. Helium_atom_QM.svg. [ Ссылка ].
“Electromagnet.” Wikipedia, the Free Encyclopedia, September 23, 2014. [ Ссылка ].
“Electromagnetism.” Wikipedia, the Free Encyclopedia, September 23, 2014. [ Ссылка ].
“Gluon.” Simple English Wikipedia, the Free Encyclopedia, August 19, 2014. [ Ссылка ].
Katz, Jeffrey G. English: Generator Gallery of the Arizona Wing of the Hoover Dam Powerhouse., March 6, 2006. Own work. [ Ссылка ].
“Newton’s Law of Universal Gravitation.” Wikipedia, the Free Encyclopedia, September 11, 2014. [ Ссылка ].
“Nucleon.” Wikipedia, the Free Encyclopedia, September 18, 2014. [ Ссылка ].
“Weak Interaction.” Wikipedia, the Free Encyclopedia, September 19, 2014. [ Ссылка ].
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