A Study on Baryon Spectroscopy Using A Modified Cornell Potential Form

In this work a non-relativistic three body Schrodinger equation with a simple phenomenological interacting potential form is solved numerically to obtain the resonance masses of N, and amp;916;, and amp; 923; and amp; 931; baryons. A modified Cornell potential form is used to describe the quark-quark interacting forces inside baryon. The present simple phenomenological potential model contains only three free parameters beside the quark masses. A comparison between the present calculations and both the allowed experimental and previous theoretical results is investigated. From this study one can conclude that; the present potential form gives a considerable success in case of explaining the low-mass baryon excitations spectrum.