Electromagnetic induction occurs when a changing magnetic field causes the movement of charges, specifically electrons in conducting wires, resulting in an electric current. While Faraday's law and Ampere's law describe the relationship between magnetic flux and electric currents and voltages, the fundamental reason behind why this phenomenon occurs remains elusive. Similar to gravity, which is understood in terms of its effects but not its cause, the underlying principles of electromagnetic induction are axiomatic and not derived from more fundamental theories. Quantum electrodynamics provides a theoretical framework for understanding electromagnetic interactions, yet it does not explain the "why" behind induction. Ultimately, while the behavior of electromagnetic induction can be predicted mathematically, its foundational reasons are still a mystery in physics.