Magnetic Moments of the Strange Baryons and the Algebra of Currents

Using equal-time commutation relations of the axial-vector "charges" with the isoscalar and isovector electromagnetic current densities, the magnetic moments of the strange members of the baryon octet and the ${\Sigma }^0-\Lambda$ transition moment have been calculated in terms of the pseudoscalar-meson photoproduction amplitudes, which are evaluated using low-lying baryon resonant states. The results agree very well with the experimental values available for the ${\Sigma }^{+}$ and the $\Lambda$ magnetic moments. A comparison is also made with the results of the $\mathrm{SU}\left(3\right)\mathrm{}$ symmetry.