Application of artificial intelligence to solving certain problems in atomic physics

At the request of experimentalists, the problem of single ionisation of the inner (2S, 2P) shell of an argon atom by a 2230 eV electron is examined within the symmetric kinematics of electron momentum spectroscopy (EMS). The theory is based on calculations performed within the framework of the single-electron Hartree-Fock model. Advanced artificial intelligence was employed for complex calculations and the analysis of results. The findings demonstrate the role of the outer shell as a medium that the ionised electrons must traverse.