Recently, many singly heavy baryons have been established in experimental facilities like CLEO, Belle, BABAR, LHCb as well as in Lattice QCD. The description of baryons within the constituent quark model is a very important problem in QCD. Various quark models suggest that all baryons are made of three quarks bounded by strong interactions. Our relativistic quark model gives special emphasis to the construction of the three quark interaction within the Baryon. Here, we have computed the mass spectra of single heavy baryons using Martin-like potential in Dirac relativistic formalism. Electromagnetic properties of baryons are an important source of information on their internal structure. The predicted results (mass spectra and magnetic moment) of single heavy baryons are found to be in agreement with available experimental results and also with other theoretical results.
|Preferred Track||Open Heavy Flavors|