Cascade (${\mathrm{\Xi }}^0$) Baryon Spectroscopy in the Relativistic Framework of Independent Quark Model

The spectroscopy of ${\mathrm{\Xi }}^0$ is performed within the relativistic framework of independent quark model. The equal mixture of scalar and vector components in the potential having Martin-like form is considered for the confinement. With the suitable potential parameters for ${\mathrm{\Xi }}^0$, mass spectra for high radial and orbital excitation is calculated. The experimentally observed values of ground state magnetic moment, branching ratios and asymmetry parameters for radiative weak decays, ${\mathrm{\Xi }}^0\to {\mathrm{\Lambda }}^0+{\gamma }^0$ & ${\mathrm{\Xi }}^0\to {\mathrm{\Sigma }}^0+{\gamma }^0$ are obtained to validate the model. The spin parity of experimentally known resonances like $\mathrm{\Xi }(1530)$, $\mathrm{\Xi }(1820)$, & $\mathrm{\Xi }(2030)$ are confirmed through the Regge trajectories in $(J,M^2)$ plane. The spin pa+rity of $\mathrm{\Xi }(1950)$, $\mathrm{\Xi }(2130)$, & $\mathrm{\Xi }(2250)$ are predicted using those Regge trajectories. The radiative decay width and magnetic moment of first resonance is also predicted.