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In this paper, we exhibited the ground and excited state masses of doubly heavy Omega baryons. For this purpose, we have analytically solved the sixdimensional radial Schrodinger equation for three identical particles with the hypercentral potential by using the Ansatz method. The hypercentral potential is considered as a combination of the hypercoulomb, linear confining, and the harmonic oscillator terms which has a two-body character and turns out to be exactly hypercentral. We also incorporated the first order correction and the spin-dependent part to the confinement potential. Our calculations have been performed for the radial excited states as well as orbital excited states masses of Omega(cc), Omega(bb) and Omega(bc) baryons. The obtained masses are compared with other theoretical predictions, which could be a useful tool for the interpretation of experimentally unknown doubly heavy baryons spectrum.

acta physica polonica. b

Spectroscopy of ${\mit \Omega }_{cc}$, ${\mit \Omega }_{bb}$ and ${\mit \Omega }_{bc}$ Baryons in Hypercentral Constituent Quark Model via Ansatz Method