Bone conduction headphones are a strange experience for those who haven’t tried them before. In addition to being very silent, they also vibrate your skull rather than resting on or inside your ears. You may be wondering how it is possible to hear through your skull.
Sound is transmitted via your cheekbones using bone conduction headphones rather than through the air. When Beethoven lost his hearing, he composed music using the same method as marine creatures utilize underwater. All of it is just a matter of vibrations in the air.
There is a lot of interest in the technology behind bone conduction headphones. Whence originates the noise? Nobody seems to be talking.work by transmitting sound vibrations along your cheekbones instead of through the air, These headphones are a step in the right direction, and you’ll find out why in this article.
Every Sounds Is Vibrations
Before bone conduction, let’s review hearing physics. Sound travels through air as light does. Sound, unlike light, penetrates opaque materials. This is why we call sound waves “pressure waves.” Their impacts will vibrate invisible stuff.
Auditory inputs are processed by many tiny ear sensory organs. They vibrate well. The eardrum, a tiny flap of skin that vibrates like a drum or microphone diaphragm, steals the show. Hence, the extra ear organs and little ear bones vibrate. (Don’t Google eardrum pictures). Something reeks.
As the earth shakes, your cochlea checks out the situation. The brain interprets it as noises. Hearing seems simple. Did you also know… Bone conduction is simple.
Bone conduction bypasses eardrums.
With normal hearing, the eardrum vibrates the many small bones and organs inside your ear. The eardrum isn’t necessary for hearing, but it keeps the inner ear’s bones and organs alive.
Predict the outcome? Bone conduction bypasses the eardrum to reach the inner ear. Your cochlea doesn’t notice until all your inner ear’s tiny bones and organs move. The brain interprets vibrations as music, podcasts, or those obnoxious news website videos.
Bone conduction headphones do make noise. While less audible than earphones, they deliver sound waves straight into the skull.
So why choose bone conduction headphones?
Several situations benefit from using bone conduction headphones since sound is not impeded by the air on its way to the eardrum. One benefit is that you don’t have to hold your ears against your head as much, making it easier to exercise, have conversations, and keep an eye on traffic. It’s also a fantastic method of protecting your hearing from the potentially damaging volumes produced by standard headphones. They don’t muffle outside sounds, as their name suggests.
Bone conduction headphones are a promising innovation for persons with hearing loss, particularly those with conductive hearing loss. Because of its efficacy, bone conduction is included into several modern hearing aids. According to popular belief, while Beethoven was producing music in his deaf state, he would firmly clamp a rod between his teeth and the keyboard.
Bone conduction headphones are able to transfer vibrations directly to the inner ear, avoiding the middle ear, which is often the source of conductive hearing loss. The degree to which your hearing loss limits you will also influence how well bone conduction headphones work for you. If the listener has inner ear troubles, they will not benefit as much from bone conduction headphones (especially nervous or cochlear issues).
Should I Buy Bone Conduction Headphones?
Before you rush out and get a new pair of bone conduction headphones, give some thought to how you’ll be using them. Whether you have any form of hearing loss or just wish to listen to music while still being aware of your surroundings, the best bone conduction headphones money can buy are a need. (We are not trying to downplay the fact that some manufacturers provide low-quality bone conduction headphones. Invest prudently so that you don’t end up disappointed.
If you care just about maintaining a good level, then you should stick to what you’re already familiar with. Even the best bone conduction headphones cannot “sound” quite as well as a good pair of headphones. Bone conduction might potentially address a number of concerns, but it does so at the expense of sound quality.
FAQ: how works for Bone conduction headphones
How do you safely store bone conduction headphones?
Bone conductivity Earphones won’t pick up much body. Sound is converted into vibrations and supplied directly to the cochlea via devices. Transducers force a person’s head against a bone using a band.
Bone conduction headphones: safe?
Bone conduction headphones are said to not harm hearing. False. The CDC says cochlear damage is the main cause of hearing loss. Loud sounds may damage cochlear hairs and nerves.
How do bone conduction headphones outperform regular headphones?
The device’s music will shake the user’s skull bones, enhancing the sound while freeing both ears. This helps hearing-impaired people and those who use their ears for situational awareness.
Bone conduction headphones: brain risk?
Instead, excessive earphone usage may permanently damage the cochlea. Bone-conduction sound is transduced by the cochlea just like air-conduction sound, therefore these earphones are no safer than any other headset.