Doubly charmed baryon mass and wave function through a random walks method
Abstract
The mass and the wave function of doubly charmed ++cc (ccu) baryon are evaluated using Green Function Monte Carlo method to solve the three-body problem with Cornell potential. The mass of ++cc with spin 1/2 is in a good agreement with the LHCb value. Simulation of the wave function by random walks resulted in a configuration of the quark-diquark type. The radius of ++cc is much larger than the size needed for a large isospin splitting. The prediction for the cc mass is presented.
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