Feasibility study of Z(4430) exotic state at PANDA experiment

Up until now, elementary particles and their interactions have been satisfactorily characterised by the Standard Model (SM) of particle physics. But a lot of difficult questions remain unanswered. At high energy frontiers like the LHC at CERN, some of these are being researched. The high precision/high intensity frontier made possible by exclusive observations of hadronic reactions at intermediate energies offers an alternative strategy. The upcoming antiProton ANnihilation at DArmstadt (PANDA) experiment at FAIR will utilise antiproton-nucleus and antiproton-proton interactions as diagnostic tools. The PANDA experiment may be used to analyse the spectra of many different particles. Z(4430) is among the most significant of the many XYZ states and they are being examined in numerous global experiments, such as BESIII, Belle, BaBaR, and LHCb. Therefore, integrating this research into the PANDA framework and utilising PANDA software to work with this subject is a crucial challenge for the PANDA experiment pertaining to charmonium and exotics. Z(4430) can potentially provide more precise information on mass, width, and other parameters in the PANDA detector spectrum when the entire simulation offered by the PANDA software chain is utilised. To test this, the thesis study titled "Feasibility Study of Z(4430) Exotic State at PANDA Experiment" was designed with the aim of determine whether Z(4430) is feasible in the PANDA detector spectrum. Consequently, according to the results of this study, Z(4430) is shown to be observable in the framework of the PANDA experiment.