Bone conduction and air conduction hearing mechanisms differ fundamentally, with bone conduction relying on unique biomechanical pathways including compressional and inertial vibrations of the skull and otic capsule rather than standard acoustic transmission through the outer and middle ear.
The claim states that bone conduction hearing differs fundamentally from air conduction hearing phenomena. Papers [4] and [9] both explore the distinct mechanical and biophysical underpinnings of bone conduction hearing (e.g., directional sensitivity of bone conduction on the otic capsule, and the combination of compressional and inertial mechanisms of the skull), thereby supporting the fundamental distinction between the two phenomena.