“School of Particles”
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| Paper IPM / Particles / 15994 |
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Hadronization is known as the nonperturbative part of hadron production process which is described by the process-independent fragmentation functions. These functions refer to the probability densities for the initial partons to fragment into observed hadrons carrying away the momentum fractions of parent partons. In this work, using the quark-diquark approximative model we compute the fragmentation density of gluon into polarized triply heavy baryon $\Omega_{ccc}$ in a vector cc-diquark fragmentation. To impose the polarization effect of baryon into the corresponding fragmentation function we shall apply three different scenarios and compare all results.
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