The abstract theory posits that the nuclear force is non-central and possesses a repulsive core, necessitating the description of bound nucleon systems like the deuteron via coupled relative orbital angular momentum states (specifically $L=0$ and $L=2$). Consequently, the total magnetic dipole moment arises from both intrinsic spin contributions and a small admixture of higher-order orbital components to satisfy experimental constraints. This framework operates within nuclear physics by utilizing quantum mechanical superposition principles to reconcile theoretical predictions with measured electromagnetic properties such as parity and magneton values.
The abstract theory posits that the nuclear force is non-central and possesses a repulsive core, necessitating the description of bound nucleon systems like the deuteron via coupled relative orbital …