Reflection

True Reflection

Using Old Reflection Syntax

Yellow and Red Reflection

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

What happened then is a direct reflection of what is happening now.

So it's got the right shape to produce the lensing.

You see it already. Immediately you go in, the reflective symmetry in the water.

Shoot the marked laser to see another backward reflection case.

He explains how mirrors work, by arguing that the angle the ray comes in at is the same as the angle it bounces off at.

And again, this is a kind of an accurate model of what happens with the gravitational lensing.

And the further out you go in this, away from the Sun, the more powerful this reflection will be.

Let's do the reflection in X first, followed by the rotation by a third of a turn anticlockwise.

Now, if we turn the polarizers around just a little bit, we can actually bring that specular reflection of the skin back in, and you can see she looks kind of shiny and oily at this point.

Well, the combined effect is as if I had just done the reflection in the line through Z to start with.

The reflection would be around the second coordinate's axis. It seems like it would be a more natural transformation.

This is a pile of junk that when you view it from one particular angle, you see its reflection in the mirror as a perfect piano.

Because it turns out that there is a kind of lens that we can devise, that has the right shape to produce this kind of effect.

And we see these gravitational lensing effects, these distortions that say that, again, clusters are embedded in dark matter.

Now, if we turn the polarizers around just a little bit, we can actually bring that specular reflection of the skin back in, and you can see she looks kind of shiny and oily at this point.

If the laser beam leaves the black box at the entry point, it has been reflected backward inside the black box. Example We have placed 2 balls for you in a configuration that would lead to such a reflection.

And I'm following all the light kicks on this thing and making sure that as I'm holding the light in the same position, I'm getting the same type of reflection on it that's the level of detail I'm going into this thing.

Now, another great designer he's very well known in Japan Shigeo Fukuda. And he just builds some fantastic things. This is simply amazing. This is a pile of junk that when you view it from one particular angle, you see its reflection in the mirror as a perfect piano.

So if you have duplicate rows, the determinant is 0. Which isn't something that we had to use using this little swapping technique, we could have gone back to our requirements for invertability I think was five or six videos ago.

We needed new boundaries to describe our traditional lands we needed to learn more things like GPS just to see whether can GPS really reflect the true reflection of the land or is this just a thing made somewhere in the West?

And the further out you go in this, away from the Sun, the more powerful this reflection will be. So actually, this method of hunting for life gets stronger and stronger as you go further away, because the optical reflectors have to be more powerful so the reflected light shines out even more in contrast against the dark background.