That the strong nuclear force is basically attractive is demonstrated in many ways: a bound state of two nucleons, the deuteron, exists in the spin triplet state with (J,T) = (1+,0); interference with the known Coulomb interaction in pp scattering demonstrates that the force is also attractive in the spin singlet S0 state; and, after all, atomic nuclei are self-bound systems.
An edition of Theoretical Nuclear And Subnuclear Physics
(1995)
Theoretical Nuclear And Subnuclear Physics
2 edition
by John Dirk Walecka
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Publish Date
September 30, 2004
Publisher
World Scientific Publishing Company
Language
English
Pages
628
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Theoretical Nuclear And Subnuclear Physics
September 30, 2004, World Scientific Publishing Company
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Theoretical Nuclear And Subnuclear Physics
September 29, 2004, World Scientific Publishing Company
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Theoretical nuclear and subnuclear physics
1995, Oxford University Press
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Book Details
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"That the strong nuclear force is basically attractive is demonstrated in many ways: a bound state of two nucleons, the deuteron, exists in the spin triplet state with (J,T) = (1+,0); interference with the known Coulomb interaction in pp scattering demonstrates that the force is also attractive in the spin singlet S0 state; and, after all, atomic nuclei are self-bound systems."
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