And what you find when you look at individuals like this and you look at the people that are the most successful Burst my eardrum , came out, fluid came out of my ear.
And as you're hearing me, you're hearing the output of this body and all of the muscle changes, all of the movement of the air is wiggling your eardrum . So as I'm speaking, I'm wiggling your head, right?
If you were an astronaut floating nearby those two black holes colliding, you would not be able to see them. But it could ring your eardrum . I mean, I always say that.
When they adopted her she had a cleft which they had repaired which is great. But she also had two permanently ruptured eardrums from a dual ear infection that had persisted for two years without treatment. And then you've got speaking complications, obviously clefts affect the mouth and can lead to all sorts of dental deformities.
We know what is the hearing. It's the movement of the sound waves vibrating on the eardrum , activating the little nerve in there. As you can see, I know as much about neurology as I do about to physics.
all the time. That's probably accelerating your aging process. Even going to a rock concert and blasting your eardrums because your ear hair cells are getting older faster. And so, I look at the body like it's a computer and we can reinstall the software. And what's interesting is when you reverse aging, diseases like
And that's what the passaggio is. It's the one that's making your eardrums , your actual ear canal vibrate.
It sees spikes come in here. It doesn't know that's conversions of air compression waves vibrating your eardrum . All it knows is, oh, there's all these spikes running around.
Hopefully the words coming out of my mouth of sound, pressure, is changing. And as it gets into your ear, your ear then-- your eardrum vibrates. At those three bones, your ear vibrate.
like it was knocking on the hull of your ship with a loud hammer. The sounds are so loud, they could literally explode your eardrums if you were swimming near them, or worse. But if we're going to find complex communication in whales, it's probably in something like sperm whales.
they actually ring space-time in the human auditory range. The frequency is actually in the human auditory range, that the shape of space could squeeze and stretch your eardrum , even in vacuum, and you could literally hear these waves ringing.
You are hearing me speak. You're not thinking, oh, OK, so listen, my eardrum is vibrating. And that's getting broken up into frequencies in my inner ear, and da-da-da-da-da.
We have, for decades, been shaping our brains to function in the world in a particular way. Hearing, on the other hand, is a one-dimensional signal that's impinging on your eardrums , so you have two of these one-dimensional signals.