less night, so it's getting more energy from the Sun.

So, out of this page and to the right again, just like it was over here, but now that it's on the other side of the Sun, and that makes the tilt a little bit more towards the Sun.

They're heading for a planetary system.

I ran in the direction of the sun.

And then, because of this tilt, we aren't pointed away or towards the Sun.

Well, the part that is facing the Sun!

But today, well, we're safe.

I will do the towards the Sun in this magenta color.

(Laughter)

What about Athens?

Due to the fact it always leans toward the south.

So, the line or reasoning would go something like this

The verteron array is on the other side of that rise.

The sun is going down behind the hill.

I'm getting no nighttime.

They take all the parallel incoming rays and focus it to a single spot.

Also, what is he doing? Row, rowed.

linking seemingly unrelated ideas, such as, It is the east, and Juliet is the Sun.

Sun

The sun

The sun.

They look like, maybe like sunflowers.

You know how I feel

Looks like a sun of some kind.

Far away across the sea lies the sunny land of Italy.

I could actually use this diagram, but let me make it.

The sun stands high in the sky. It glares from the blue and beats right down on my head.

Solar Winds

Solar System

Solar System...

Solar system

Sun energy

The sun.

Destroy suns?

The sun?

The sun is shining in my face.

Well, no, it will never see the sunlight.

You can even play it right over here.

The sun descended behind the mountains.

The sun went down behind the mountains.

A fundamental issue that's not being addressed.

It would be this little speck orbiting at this huge, huge distance.

And over here, even when we're closest to the Sun, the Sun is not directly overhead.

The sun is shining hot.

I wanna think about how much sunlight they receive at when it's tilted away or tilted towards the Sun.