Then, using vector analysis, you use rotational symmetry, and you get this next set.

Symmetry

Symmetry is boring.

With X symmetry

With Y symmetry

By architectural symmetry, Emmet means geometric symmetry combined with aesthetic uniformity.

A whole new symmetry.

Symmetry exhibits the simplicity.

So Native Americans use a combination of circular symmetry and fourfold symmetry.

It clearly has bilateral symmetry.

I think we broke symmetry.

Whole style synergy, recognize symmetry

And so what is symmetry?

It's got no reflective symmetry.

So it wasn't about symmetry.

2D platform game with a slight rotational twist

A nice visual composition of symmetry.

Now, symmetry is almost nature's language.

This is a palace celebrating symmetry.

The velocity dispersion up top, rotational speed on the bottom.

Originally, people thought that ellipticity is due to rotational flattening.

Pineapples, unlike people, don't have bilateral symmetry.

Symmetry is very important in this discussion.

Because it is hard to make symmetry.

But now this has some reflectional symmetry.

And it's nice that there's that symmetry there.

Artists too love to play around with symmetry.

And you see a little bit of symmetry.

For Galois, symmetry unlike for Thomas Mann, which was something still and deathly for Galois, symmetry was all about motion.

Now, for Galois, there was actually a sixth symmetry.

And for Galois this was like the zeroth symmetry.

And it's a symmetry we call 6 3 2.

So when velocity dispersions and rotational speeds were measured for elliptical, to everybody's surprise back then, it was found out that shapes are not due to the rotational velocity.

Mathematics very similar, but there was a whole new symmetry.

But it's not just scientists who are interested in symmetry.

Immediately you go in, the reflective symmetry in the water.

They've got this amazing sort of symmetry to their life.

Then you use the symmetry of special relativity and you get an even simpler set down here, showing that symmetry exhibits better and better.

And it can take that the ratio of maximum rotational speed to velocity dispersion.

who created thee and shaped thee and wrought thee in symmetry

Here is Thomas Mann talking about symmetry in The Magic Mountain.

You don't see any symmetry twice in any row or column.

It's almost like the concept of number being developed for symmetry.

Say, rotational speed of a galaxy. And the other one of which does, like luminosity.

Clearly, a helicopter in mid air that looks at rotational velocities would have 12 dimensions.