Magnetic dipole moment of in light-cone QCD
The magnetic dipole moment of the exotic Z b (10610) state is calculated within the light
cone QCD sum rule method using the diquark-antidiquark and molecule interpolating
currents. The magnetic dipole moment is obtained as μ Z b= 1.73±0.63 μ N in diquark-
antidiquark picture and μ Z b= 1.59±0.58 μ N in the molecular case. The obtained results in
both pictures together with the results of other theoretical studies on the spectroscopic
parameters of the Z b (10610) state may be useful in determination of the nature and quark …
cone QCD sum rule method using the diquark-antidiquark and molecule interpolating
currents. The magnetic dipole moment is obtained as μ Z b= 1.73±0.63 μ N in diquark-
antidiquark picture and μ Z b= 1.59±0.58 μ N in the molecular case. The obtained results in
both pictures together with the results of other theoretical studies on the spectroscopic
parameters of the Z b (10610) state may be useful in determination of the nature and quark …
The magnetic dipole moment of the exotic state is calculated within the light cone QCD sum rule method using the diquark-antidiquark and molecule interpolating currents. The magnetic dipole moment is obtained as in diquark-antidiquark picture and in the molecular case. The obtained results in both pictures together with the results of other theoretical studies on the spectroscopic parameters of the state may be useful in determination of the nature and quark organization of this state.
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