A particle accelerator is a sophisticated machine engineered to boost charged particles, such as electrons or protons, to extremely high velocities and energies. These devices utilize powerful electric and magnetic fields to guide, intensify, and focus the beams of particles. The primary purpose of accelerating particles is to enable high-energy physics research by facilitating controlled collisions between these beams and stationary targets. Such research allows for the direct study of subatomic matter and the fundamental forces that govern their interactions. The data collected from these experiments has been crucial in validating theories of matter, leading to technological applications in areas such as medical imaging and material science.