In our previous report, we investigated the mechanism of generation of magnetic quanta that transmit magnetic force, and found that magnetic quanta with right-hand and left-hand rotation in the direction of travel are generated simultaneously and propagate through space in opposite directions on a straight line. Based on this premise, the mechanism of electromagnetic induction was investigated. As a result, it was found that when a magnet is brought close to a coil, the free electrons in the coil are caused to flow by the flow of "aether" in the same direction as the rotation of the magnetic quantum, which is created by the rotation of the magnetic quantum, and an electric current flows in the coil in the opposite direction to the rotation of the magnetic quantum, but because the movement of the free electrons caused by the flow of "aether" immediately stops based on the "laws of elementary particle motion," the electric current also stops immediately. On the other hand, when the magnet is moved away from the coil, the free electrons that were stabilized and stationary in one direction's flow of "aether" will, due to the cessation of the "aether" flow, momentarily move in the opposite direction of the previous "aether" flow according to the "laws of elementary particle motion", and then stop moving. This results in the generation of a momentary current flowing in the opposite direction to the current generated when the magnet was brought close. In addition, based on the relationship between the magnetic pole approached to the coil and the direction of the generated current, it was found that the magnetic quantum generated from the N pole (N magnetic quantum) rotates right in the direction of travel, and the magnetic quantum generated from the S pole (S magnetic quantum) rotates left in the direction of travel.