Magnetism and atomic structure

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Atomic structure does not inherently require magnetic forces for its existence, but magnetic interactions do play a significant role in atomic behavior. Effects such as spin-orbit coupling and magnetic hyperfine interactions demonstrate the influence of magnetism within atoms. The absence of magnetic forces does not prevent the existence of atoms, as they are primarily governed by electromagnetic, strong, and weak forces. However, magnetic forces can affect the properties and interactions of atoms in various chemical contexts. Ultimately, while magnetism is not essential for atomic structure, it contributes to the complexity of atomic interactions and properties.
coolul007
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Does atomic structure require a magnetic force? I understand that in the world of people it is most appreciated, however, it doesn't seem to have a purpose in the atomic structure.
 
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I am not sure what you mean by "require". However, it is true that atomic structure exhibits the effects of magnetic interactions which imply the existence of magnetic forces within an atom. Some examples of these are spin-orbit coupling and the magnetic hyperfine interaction.
 
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I mean does the absence of the magnet force effect the atomic/chemical structure. Would atoms exist without it? It seems to be a product of other forces(if that's the correct term)
 
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