Masses and magnetic moment of doubly heavy baryons

Doubly heavy baryons are composed of two heavy quarks (b and/or c) and one light quark (u, d or s). There have been many theoretical attempts to compute masses of these states. Experimental observation of such heavy resonances are expected from the facilities such as LHCb and Bell II. We employ the extended relativistic harmonic confinement model (ERHM) to compute the masses of doubly heavy baryons. The magnetic moments of heavy flavour baryons are also computed using the spin-flavour wave functions of the constituent quarks and their effective masses within the baryon