We'll have spatial computing.

low spatial frequency. The small ones would have very high spatial frequency.

Some are much more spatial.

You only hear the low frequencies.

Set here the spatial integral step.

My father, very inventive, spatial thinker.

The different frequencies produce the different particles.

This could be spatial ability and so on.

The green and red bars show that same signal displayed by frequency, with lower frequencies here and higher frequencies up here.

For example, these are the letter frequencies of English.

And so is space, the spatial aspect of games.

Spatial resolution of brain scanning is doubling every year.

Every part of your body is vibrating at different frequencies.

They're almost delta functions favoring waves, spacial waves of frequencies.

But the spatial evolution in video games is extremely important.

Here's our age distribution again and they come at certain frequencies.

(Music) Very yellow and very colorful, because there's many different frequencies.

But the spatial arrangement of the images here is actually meaningful.

So, if all of the fluctuations of different frequencies have same amplitude.

Sure, you can say spatial and temporal, but why not just say

Those waves have frequencies in infrasound domain, the sound actually nobody knows, domain.

To make a lighter fingerprint is to flatten this distribution of letter frequencies.

Any time there's a differential in letter frequencies, a leak of information occurs.

Sex um, and then dependent variable ah, score on a spatial reasoning task.

And because our universe is only three spatial dimensions, it can hold fluids.

And let's compare it to the rest of the world in spatial terms.

Especially less of those specific frequencies that these molecules in here like to absorb.

We're blind to all frequencies outside that, unless we use instruments to help us.

Generally you want to focus on the frequencies that this is the best at absorbing.

Here's another little flower different range of ultraviolet frequencies, different filters to match the pollinators.

Cognitive Psychology literatures. Ah, it depends on the type of spatial reasoning tasks you administer.

And here, you sort of see a different picture than the spatial reasoning example, right?

As the frequencies increase, so do the complexities of the patterns that appear on the plate.

In between all the other frequencies form a continous band of color, called the visible spectrum.

In the low frequencies, this line indicates sound that comes from seismic activity of the earth.

Spatial reasoning is deeply connected to how we understand a lot of the world around us.

Why these ones are OK and these ones drift in a kind of magical spatial vacuum?

Personnel compartment noise that's not too bad it's very low frequencies, it's basically like these sub woofers.

low frequency light waves look red, and in between frequencies look yellow, green, orange, and so on.

Let's look at some illustrative examples. These are two dimensional images that correspond to different spacial frequencies.

Hubble Constant, or Hubble Parameter. It sets, both the spatial and temporal scales for the whole universe.

Much of what we want computers to help us with in the first place is inherently spatial.

Of course we can make inferences about spatial layout, not just the shape of a single object.

MRI is using magnetic fields and radio frequencies to scan the brain, or any part of the body.

MRI is using magnetic fields and radio frequencies to scan the brain, or any part of the body.