And as a result of the vibration of the Microville, they basically depolarize the membrane of the hair cells. And when the hair cells depolarize, they create an action potential, an electrical signal that basically travels through the car clear nerve and into the brain. So inside the inner ear, the mechanical wave is transmitted into the fluid of the inner ear via the oval window, the membrane that basically is connected to the staples that begins to vibrate. As it vibrates, it sends out our pressure wave that eventually vibrates our round window, also found in this region right below our oval window. Now, these pressure variations in the fluid cause the hair cells to depolarize, and the action potential travels through the cochlear nerve and up to our brain. So let's suppose these are the hair cells that are found inside the organ of corte found inside the cochlea.