On the Theoretical Interpretation of the Data on Collisions of Argon Nuclei with Various Nuclei at High Energies

Recently (2024), the NA61/SHINE collaboration has presented new experimental data on \({{\pi }^{ \pm }}\), \({{K}^{ \pm }}\), proton, and antiproton productions in central ⁴⁰Ar + ⁴⁵Sc collisions at the laboratory momenta P_lab = 13–150 A GeV/c and has compared these data with predictions of popular theoretical models. It turned out that the models poorly describe the data in the entire energy range. In this work, it has been suggested for the first time that nucleons participating in non-diffractive collisions cannot diffractively dissociate in subsequent nucleon–nucleon collisions. This idea has been implemented in the Geant4 FTF model. Good description of the data, including the first NICA BM@N data on \({{\pi }^{ + }}\) meson production in the collisions of ⁴⁰Ar nuclei with various nuclei at an energy of 3.2 A GeV, has been achieved.