Study of transverse spherocity dependent identified particle spectra in a multi-phase transport model for O+O collisions at sNN = 7TeV

Large Hadron Collider at CERN has a plan to have Oxygen+Oxygen (O+O) collisions in the upcoming run. In this work, we use A Multi-Phase Transport Model (AMPT) to employ transverse spherocity in O+O collision at Formula: see textFormula: see textTeV and obtain the transverse momentum spectra, integrated yield and mean transverse momentum for identified charged-particles i.e. pion, kaon and proton. We implement the spherocity analysis to separate and distinguish isotropic and jetty events and show that the particle production mechanism is different for both types of events. In addition, the mean transverse momentum for jetty events shows a completely different behavior from the isotropic one.