Have you ever wondered why you dislike the sound of your own voice in recordings? It's not just you - many people feel the same way. The reason for this is rooted in the science of how we hear. When sound waves travel through the air, they reach our ears through a process called air conduction. This is how we hear our friends and the world around us. However, when we speak, our vocal cords vibrate, and this vibration also travels through the bones in our head, a process known as bone conduction.
This combination of air conduction and bone conduction is what makes our voice sound different to us compared to how others hear it. Inside our ears, there are tiny hairs and a fluid-filled structure called the cochlea, which play a crucial role in our ability to hear. The cochlea converts sound waves into signals that our brain can understand. But the key to understanding why our recorded voice sounds so different lies in the physics of sound and biology. When we hear our own voice in a recording, the bone conduction part is missing, which makes it sound unfamiliar and often unpleasant. This phenomenon is due to the difference in frequencies that are transmitted through bone conduction versus air conduction. Our brains are used to hearing our own voice with the added depth that bone conduction provides, so when this is absent, our voice can sound cringe to us.
In conclusion, the dislike of one's own voice in recordings is a common experience that stems from the unique way we perceive sound. By understanding the roles of air conduction, bone conduction, and the anatomy of the ear, we can appreciate why our voice sounds different to us on recordings. It's not about having a bad voice; it's about the complex process of how we hear and interpret sound, which is influenced by both biology and the physical properties of sound waves.
