The operation of bone conduction headphones has piqued the interest of many people. What is the source of the sound? What happened to the speakers? This article will assist you in better understanding these cutting-edge headphones.
Bone conduction is a natural aspect of hearing that is employed by humans and animals all around the world. Scientists discovered in 2015 that baleen whales can hear through vibrations in their skulls. Another example is when an elephant stamps its foot on the ground, it sends a message to other elephants, who are often thousands of kilometers away. Elephants use their feet to perceive seismic vibrations on the ground.
Beethoven, as he grew older, began to develop hearing loss. He compensated for this by holding his conducting baton between his teeth while playing the piano. The baton allowed the piano’s sound waves to pass through to his inner ear, allowing him to hear the notes.
Instead of sending sound via the air directly to the ears, bone conduction headphones send vibrations along the cheekbones. It’s the same strategy that sea mammals utilize underwater, and it’s the same technique that Beethoven employed when he couldn’t hear. It all boils down to the vibrations in sound.
Air conduction carries the majority of the sounds that reach our ears. The eardrum vibrates as sound vibrations travel in the ear canal through the air. These vibrations are processed by the brain and translated into sounds. However, bone conduction allows us to hear things in a different way. Bone conduction allows sound waves to bypass the eardrum and reach the cochlea, or inner ear, directly so that they are heard directly.
Cochlea, the inner ear, does not realize that the sound is coming from the bones rather than the eardrum. The brain processes the sound vibrations in the same way as if they came through the eardrum, meaning one can hear sound clearly.
Advantages of Bone Conduction Headphones:
Bone conduction headphones and headsets are quite effective. In comparison to in-ear and over-ear headphones, they offer significant benefits. The ear canal stays open to hear other ambient sounds, ensuring that the person remains aware of the surroundings. The headphones are more hygienic than in-ear buds since germs aren’t passed from the ear to the speakers and vice versa, and people don’t have the pressure or annoyance of having headphones in or on their ears. Situational awareness for outdoor safety, a dry and hygienic ear canal for sports, and a perfectly comfortable listening experience are all possible with Bones conduction earbuds.
Disadvantages of Bone Conduction Headphones:
While these headphones are excellent, they are also very new technology, so they are not inexpensive. They’re usually quite expensive, ranging from $50 to $600 or more, depending on the quality. Furthermore, the sound quality of the headphones is inferior to that of regular headphones. Also, since the person will be hearing the music with multiple competing exterior noises, these headphones feature lower sound quality than traditional versions.
So, Are you willing to give this latest technology a try?
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