The discussion centers on the roles of strong and electromagnetic interactions in atomic structure, specifically regarding the forces that govern the stability and size of atomic nuclei. Participants explore theoretical aspects of these interactions and their implications for understanding atomic behavior.
Participants express differing views on the nature of the forces involved in nuclear interactions, particularly regarding the comparison to van der Waals forces and the role of meson exchange. There is no consensus on the exact nature of these interactions or their implications for atomic structure.
Participants reference various models and analogies, indicating a reliance on specific definitions and interpretations of forces. The discussion reflects a range of assumptions about the interactions without resolving the complexities involved.
Strong interaction is the color force. The forces keeping the nucleus together is a residual force much like the van der Waals forces related to electromagnetism.Dongmin said:The Strong Interaction is responsible for the color force and the nuclear force.
It is very much like a London dispersion force, which is a type of van der Waals force. Of course, it is still describable by the exchange of mesons. Just like the London forces are a result of the influence of the photon fields of two atoms resulting in an attractive force, the residual nuclear force results from the corresponding effect for the pion fields.Meir Achuz said:It is not much like the Van Der Waals force, which would be related to polarization of the nucleons.
The electromagnetic interaction is still relevant there. Nuclei would look significantly different without it.Dongmin said:nuclear force is responsible for giving the nucleus its size and stability.