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Numerical Analysis in Plasma Physics involves the application of mathematical methods and algorithms to solve plasma physics problems that are too complex for analytical solutions. It encompasses the development and implementation of numerical models, simulations, and computational tools to study various aspects of plasma behavior, including equilibrium, stability, transport processes, and wave propagation. These techniques enable researchers to investigate phenomena at spatial and temporal scales that are inaccessible through experimental means alone, thereby providing valuable insights into the fundamental principles governing plasma dynamics. The results from numerical analysis contribute to a wide range of applications, such as fusion energy, space physics, and industrial plasmas, making it an integral part of Plasma Physics research within the broader contexts of Science and Physics.