Plasma is defined as the fourth state of matter, existing as an ionized gas composed of free electrons and positively charged ions. Unlike neutral gases, plasma contains sufficient energy to ionize its constituent particles, making it electrically conductive and highly reactive. Its formation typically requires intense energy sources, such as extremely high temperatures, powerful electrical discharges, or strong electromagnetic fields. Due to its unique electrical properties, plasma is fundamental to numerous scientific and technological applications, including the study of stellar interiors, fusion energy research, and various industrial processes like plasma etching and sterilization. The behavior of plasma is governed by complex magneto-hydrodynamic interactions, making its study a critical area of plasma physics.