Determination of Deuteron Dipole Moment in Nuclear Quark-Like Model

Using the quark-like model, we have improved the existing deviation between theoretical and experimental values of magnetic dipole moment of deuteron. Based upon Pauli Exclusion Principle, the constituent quarks form a ground state for l=0. The expectation value of the deuteron magnetic dipole moment operator is determined to be equal to 0.8615978μ_N in better agreement with the measured value of 0.8574376μ_N as compared to the shell model calculations.