So for example, spacial reasoning.

In cases when cats lack the spacial security, they run.

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

But instead of using spacial frequency, we can also express it as a function of mass. The

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

This test should be, correlated to a lesser degree with tests of spacial reasoning than it is, with a test of reading comprehension.

And as I've said, this has been observed in some studies, depending on how ah, what type of spacial reasoning task is used.

And it's spacial modulation these are the only technical terms, I'm not going into details but this is how we enabled that light source to transmit data.

And then there will be a set of path filters which might correspond to say, trying to detect faces or legs and so forth but these path filters have to fire in certain spacial relationships with respect to the root vector.

I have read that there's now actually evidence that the hippocampus, the part of our brain that handles spacial relationships, physically shrinks and atrophies in people who use tools like GPS, because we're not exercising our sense of direction anymore.

So you might be just generally smart, whatever that is but you might be sort of poor and spacial ability and really good in verbal ability and each of those were independently influenced how well you do in school in those particular.

This is spatially flat model, good old Euclidean geometry, it follows the spacial relativity and it is realized in Sanskrit there no matter at all, it's any empty universe, just specs, so you can think of it as galaxies having no mass of their own just being test particles to show us how the coordinates are expanding as you will see how, Hubble's law follows immediate and directly from it.