I'm going through the portal.

E E.

We're heading east towards the portal.

E goes to E plus E or E goes to int.

Doctor, head us back to the portal.

I lost them. They're inside the portal.

A portal! A pathway to another dimension!

I need to get to the portal.

E goes to E E, but we've already seen the E, the , and the E

...E... One sec. ...E.

We've seen (E E) that reduces to (E).

All right. E, F, L, E, P, T P, L, E, P, F, L, E L, E, P, T, L, P, E, F, E, T, Z, E, T...

Starting with E, I choose to apply E goes to E plus E.

(E gt E E, with a dot in front).

It's got the (E E).

(E gt to E E), and we've seen it all.

E

e

E

E

E ...?

E.

E.

E...

E...

E. ..

Here's E times E . Here's dot E times E from 2. That looks really good.

In the rules, E goes to E E, we've already seen the E and the .

E goes to E plus E with a dot right here.

(E gt E E) so this option may look very tempting.

E E, E E, and 1 and 2 instead of number. Let's just make it finite.

Enough power to break free and open the portal.

But didn't that portal open onto a raging inferno?

So the portal, it activated when I came in.

learning problem, called Unsupervised Learning.

P R E V I E W

Oggi e molto umido, non e vero?

T goes E E , so it must've been E E , and down here, the only thing I've changed is E goes to int .

Learning

learning.

So the 3 of these together, E E are themselves one more E.

E mail

E mail

E Mail

E Mail