Theodore Honey:
You're talking about me because of what I did in Gander, and this isn't personal, I didn't invent the mathematics that made me believe what I did and I still believe in my work, test or no test. And when you believe in something, that's what you've got to do isn't it? If you want to live with yourself! Now I don't know wh at I'm going to do about this, I sat there and I thought maybe I'd write the Times a letter but I don't think they'd understand either. So the first thing I'm going to do is to resign right here and now, so the establishment won't be mixed up in it. And then, every time a Reindeer is going to take off that shouldn't, I'm going out there and *keh* right! Now you may put me in jail, you may put me in jail, but they wrote a lot about me when I wrecked that one in Gander and they'll write more about me here. And people just won't get on those airplanes. And I'm going to tell you something else! The minute anything does happen to one of these Reindeers, you're going to have to think of something better to say than anything I've heard here this afternoon. That's all! Good day! That's all!
Dennis Scott:
[picks up The Bringing Up of the Child] One of the more difficult sciences I imagine.
Theodore Honey: What's that? Oh, oh yes. You know I didn't find that very satisfactory. They seem to have much different problems with their children than I've ever had with Elspeth.
Theodore Honey: What's that? Oh, oh yes. You know I didn't find that very satisfactory. They seem to have much different problems with their children than I've ever had with Elspeth.
Dennis Scott:
I see: the scientists do the thinking for the world, and the rest of us just live in it, is that it?
Elspeth Honey: Yes.
Elspeth Honey: Yes.
Dennis Scott:
What other games do you play?
Elspeth Honey: Oh well there's pyramidology.
Dennis Scott: Pyramid-?
Elspeth Honey: Ology.
Dennis Scott: Pyramidology.
Elspeth Honey: That's the science of the Great Pyramid. My father made it up too, the game I mean, here it is, excuse me. It was built in the year 3,234 B.C., it's very scientific, it was built in direct relationship to the stars, so it has an astronomical significance. It's the only known architectural example of squaring the circle. That is the area of the base is directly equal to that of a circle, but the height of the structure of its radius. It has the most wonderful maximal.
Elspeth Honey: Oh well there's pyramidology.
Dennis Scott: Pyramid-?
Elspeth Honey: Ology.
Dennis Scott: Pyramidology.
Elspeth Honey: That's the science of the Great Pyramid. My father made it up too, the game I mean, here it is, excuse me. It was built in the year 3,234 B.C., it's very scientific, it was built in direct relationship to the stars, so it has an astronomical significance. It's the only known architectural example of squaring the circle. That is the area of the base is directly equal to that of a circle, but the height of the structure of its radius. It has the most wonderful maximal.
