(Motorcyle revving)

Audiwhatey ?

Our brains are constantly working, synchronizing what we see, hear, smell, and touch into meaningful experience in the moment to moment flow of the present.

This is how she gets information about her world.

I see a lot of elderly people who are hearing impaired or visually impaired.

Sound familiar?

Partial deafness in ear.

Then you have touch, which is about the speed of a USB key.

It comes with vision and hearing.

And you can multiply it out, in case you're not sure.

The kid has a keen sense of hearing.

The child has a keen sense of hearing.

1, 2, 3!

Hearing response normal. How are you feeling Jake?

Bayes' rule tells you.

Do you see what I mean?

So what we've been doing in my lab is looking at these unique sensory specialists, the bats, and we have looked at genes that cause blindness when there's a defect in them, genes that cause deafness when there's a defect in them, and now we can predict which sites are most likely to cause disease.

On the side here, this is temporal cortex.

To redirect the transmissions from his visual centers

Something says 'oh, my hearing is not good on this side'.

About 10 percent of the hearing impaired people get musical hallucinations.

This is a particularly difficult version of the n back because it has two components to it.

But there is something else that we are all experiencing in this room.

You look just like my mother. OK?

10am Tuesday 8th April. Hannelorre When I talk now to him, you think he can hear me?

Second step, conceptual synesthesia.

Secondly, the world is now so noisy, (Noise) with this cacophony going on visually and auditorily, it's just hard to listen it's tiring to listen.

So the same strategy that we used to find the code for the retina we can also use to find the code for other areas, for example, the auditory system and the motor system, so for treating deafness and for motor disorders.

It's where our senses are located, our special senses our vision, our speech, our hearing, our smell, our taste.

I'm going to attempt to move them To those regions which process sound.

Sorry. You see, the point is this, That with this type of auditory phenomenon,

At the proper moment, they'll trigger you, usually using some kind of auditory or visual Pavlovian response mechanism.

This is called Limit Out.

So these are the similes and when you look at the brain, of course, the visual input goes to one part of the brain, and the auditory musical input goes to another part of the brain.

The yogi is able to place the candle of his awareness or his attention in a niche within himself where the winds do not make the candle flame move.

Give you one example of that

(Gülüşmeler)

And at the very beginning that speech therapy was very physical.

Neither did interpreters, speech therapists, many of my teachers, friends.

Also we look at deafness.

I supported their activity in volunteer work.

Bond Emeruwa So while we're entertaining, we should be able to educate.

I'm leaving you with a little more birdsong, which is very good for you.

Well, how on Earth can they experience music? You know, they're deaf.

That matches both the visual stream and the auditory stream, the stimuli that came 2 back.