Аннотация
Modern research on dense quantum plasma (DQP) focuses on hydrogen-like ions, essential for understanding astrophysical and laboratory processes. Key areas include radiative and inelastic elementary processes, such as excitation, ionization, and recombination, which influence the energy balance and evolution of plasma systems. This study advances knowledge of DQP, enabling high-precision models for astrophysical objects and controlled thermonuclear fusion. The findings support the development of plasma diagnostic methods and optimization of experimental setups, addressing both fundamental and applied challenges.