How to pronounce “auditory” in English

It's a much more complex process that involves not just vision, although our brain does privilege vision,but auditory stimulation is incredibly important.Tactile stimulation is incredibly important.

If we are to project forward, we can reasonably assume that the very set of words that are now judged to be the most offensive ones in the English language,Primary auditory cortex is responsible for hearing the sounds that then are interpreted in terms of words.

So an animal that hears very well, like a hare a or rabbit or a deer, will have a very advanced andenormous auditory bulla. So that's basically it.Zygomatic arches, cranium, brain case, of course, most of the top of it.

And that causes people to hear.The auditory nerve has 30,000 neurons in it on each side.And the first cochlear implant had one electrode.

So we're only aware of a very small fragment of the amount of information we're taking in.But from the auditory domain, visual domain, et cetera, this is coming into our very, very complex brains,and it's changing the weights in our synaptic connections in ways we don't fully understand.

And then also talking about reasonable accommodations, and the accommodations that are available for individuals with disabilities in the workplace today.Some people think in auditory.

Black. Pink. Orange. Red.It stimulates the auditory nerve and causes the perception of sound.

Black. Pink. Orange. Red.hearing and auditory signals later in life.

I used my strengths.I have a verbatim auditory memory.I can listen to things and just like a little tape recorder remember them.

And most people think of the Victorians as being uptight.It is an auditory sex toy.

Not all, but many people with autism are highly sensitive on a sensory level.In terms of auditory sensitivity, sensitivity to touch, which is known as tactile defensiveness.In many of our sensory modalities, people with autism are hypersensitive and hyper-reactive.

But there are all kinds of feedback that you could use.You can imagine auditory feedback.We played with that, as well.

You can see it on the left hand side of the screen there.That's the auditory bullae.That's what holds all the material that's connected with hearing.

Really cool stuff there.She was an extreme auditory thinker.

Really cool stuff there.And with tremendous auditory detail.

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.

And you can do that because your senses also go through the right.so you can present either auditory signals or visual signals to one side or the other, and then you can make tests to see,if I teach the right side of the brain something, does the left side know it?

At those three bones, your ear vibrate.They send messages to the auditory nerve that get into your brain, so you understand the words that are coming out of my mouth.So the brain is really, I think the most important part of your body.

Black. Pink. Orange. Red.So if you don't get auditory information when you're very young, you just don't learn how to hear.

And another thing that's been that big turnaround is that we now have so many people with autism telling us that when you allow mewas probably difficult for him on an auditory stimulation level to deal with.

own range of applications, that investing in good-quality identity and authentication is really important, because that's the only way we will convince people that it's okayIt has electrodes that touch the auditory nerve.

Technically, we've kind of argued, I mean, I haven't done an anatomical calculation, but if you're near enough to two colliding black holes,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,

The way that they measured habituation is they used an auditory stimuli.

so we're always taking in visual and auditory information and are seeing things and hearing things all the time.

And what you see here in blue are brain regions in auditory areas which are significantly more activated when you hear the spontaneous laughter, possibly

And it's running forward in these pink areas out of auditory parts of the brain into medial prefrontal fields and sort of dorsal medial thalamic fields.

they would be way outside of the human auditory range, way lower in frequency.

And they just recently published the same sort of thing with auditory signals they can reconstruct the music or whatever the sound was through the same type of technique.

You're already walking. And then for an auditory example of this-- nonspacial or nonvisual--

we used to optimistically mystically their assets-- visual, auditory, or textual.

They describe their work in this paper, "Auditory Stimulation of Opera Music Induced Prolongation--."

with working memory and executive function skills, with auditory cortex, the ability to hear and discriminate among sounds

Well I've done lots of studies that have shown that you can process auditory and visual information even when you're

Are you a visual learner, as you a auditory learner, as you a kinesthetic learner, and all these different things.

you're born deaf, then this part that we call the auditory cortex gets taken over. It gets devoted to other tasks.

So don't-- when you make a product that is easy to use for someone who has visual or auditory difficulties, you are making it easier for everyone to use.

Wow. So you both visualize, and you have auditory things going through your creative process.

Yeah. Sounds like. Speaking about auditory, there's someone in the audience who gradually lost her hearing as a child

interesting and important sex differences men tend to respond much more to the visual part and women much more to the auditory part so um there's

coffin so they're looking at a coffin and as I mentioned we had these different stories these different auditory stories and in one story we

Right. So the scale-- so it happens that LIGO is sensitive to the human auditory range.

But when we look back, we realize just how much they relied on auditory, and listening, and telling stories.

Improvising in a group, a visual cues, auditory cues, of course.

And so as his brain is developing, he's not getting any auditory input, so that he doesn't develop speech.

So we obtained these transducers that are called bat detectors that can bring very high frequencies down to our auditory range.

is much the same, except zygomatic arch is much smaller.It doesn't want to hear very much, so its auditory bullae aren't particularly developed.On the other hand, it's got very big eye sockets, because newts need to see.

It has a small compute that does a re-encoding, if you will, from vibrations into nerve impulses.And then it electrically stimulates the nerves of the inner ear, the auditory nerve fiber.And that causes people to hear.

of our perceptions, our visual perceptions, our auditory perceptions, our memories, and our social perceptions including the way you see people and the way you see yourself are

They're gonna sing a song about it, 'cause there's gonna be an auditory learner in the group.