Dielectric polarization occurs in dielectric materials when exposed to an external electric field. Atoms or molecules within the dielectric shift slightly from their equilibrium positions, creating an induced electric dipole moment. This results in the separation of positive and negative charges. The cumulative effect of these induced dipoles leads to the polarization of the dielectric material. This property significantly enhances the material’s capacity to store electrical energy. It is a critical aspect of capacitors, where dielectrics are commonly employed. Understanding dielectric polarization is foundational in various electrical applications, including capacitors, insulators, and electronic devices. It plays a pivotal role in regulating and manipulating electrical charges within circuits and systems.