Abstract :
We give the explicit wave functions of the View the MathML source components of the C=+1, J=1/2 charmed baryons, Σc, Λc and View the MathML source, and calculate the magnetic moments by adding the 5q components contributions, and we also compute the magnetic moments of the Σb and View the MathML source baryons. The influence of the additional light and strange View the MathML source pairs is investigated. As we know, the constituent quark masses of the charm and beauty quarks are much heavier than that of the light and strange quarks, consequently, the hidden flavor contributions to the baryons magnetic moments may be significant. What is interesting is that the inclusion of the View the MathML source components contributions leads to different View the MathML source, View the MathML source and View the MathML source magnetic moments, all of which are predicted to be the same value 0.38μN on the basis of the classical qqq quark model. And it is shown that the differences of these magnetic moments are independent of the constituent mass of the charm quark.
