The Incredible Mechanics That Make You Hear

Support the channel by joining our newsletter: https://bit.ly/watchclockwork How does sound actually get inside your head? How can little vibrations in the air turn into nerve impulses? Let's meet the 100 nanometers of protein that connect you to sound Sources are cited in this ever-growing Twitter thread: http://bit.ly/cadherin This channel is created with the support of all our patrons on Patreon: https://www.patreon.com/clockworkshow Support the channel directly with a one time donation: https://www.paypal.me/clockworkshow This channel is dedicated to sparking your curiosity about biochemistry, not to being a definitive resource. To help you continue you biochem journey, I'm really excited to partner with Biocord , a Discord server dedicated to bringing together biologists from around the globe! Join the conversation with over a thousand life sciences professionals and enthusiasts here:- https://discord.gg/kwsVbfC All music is by Jeremy Blake(youtube.com/redmeansrecording), released on the Youtube Audio Library. Intro music: Let's Go Home (https://bit.ly/rmrlgh) Outro music: Lost and Found (https://bit.ly/rmrlnf) The style of this video was largely developed based on tutorials by Ben Marriot: (https://bit.ly/posterizethis) Consciousness is super weird--how do we take all these signals from the outside world and make them make sense enough to like...be alive? However--if you examine hearing from a molecular perspective--you’ll begin to see how simple and elegant it is as a sense. We’re traveling deep into your cochlea to meet your inner ear cells and the stereocilia that make it possible for you to hear. Here, you’ll discover that hearing is just a hundred nanometers of protein tugging on a membrane. It is such a small and simple process with incredibly complex consequences.