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It was the tide.

***

The motor was off, and I was at the ship’s midpoint. My spread-eagled position was getting uncomfortable. It was four minutes to perihelion.

Something creaked in the cabin below me. I couldn’t see what it was, but I could clearly see a red point glaring among blue radial lines, like a lantern at the bottom of a well. To the sides, between the fusion tube and the tanks and other equipment the blue stars glared at me with a light that was almost violet. I was afraid to look too long. I actually thought they might blind me.

There must have been hundreds of gravities in the cabin. I could even feel the pressure change. The air was thin at this height, one hundred fifty feet above the control room.

And now, almost suddenly, the red dot was more than a dot. My time was up. A red disk leapt up at me; the ship swung around me; I gasped and shut my eyes tight. Giants’ hands gripped my arms and legs and head, gently but with great firmness, and tried to pull me in two. In that moment it came to me that Peter Laskin had died like this. He’d made the same guesses I had, and he’d tried to hide in the access tube. But he’d slipped . . . as I was slipping . . . From the control room came a multiple shriek of tearing metal. I tried to dig my feet into the hard tube walls. Somehow they held.

When I got my eyes open, the red dot was shrinking into nothing.

***

The puppeteer president insisted that I be put in a hospital for observation. I didn’t fight the idea. My face and hands were flaming red, with blisters rising, and I ached as though I’d been beaten. Rest and tender loving care; that was what I wanted.

I was floating between a pair of sleeping plates, hideously uncomfortable, when the nurse came to announce a visitor. I knew who it was from her peculiar expression.

“What can get through a General Products hull?” I asked it.

“I hoped you would tell me.” The president rested on its single back leg, holding a stick that gave off green incense-smelling smoke.

“And so I will. Gravity.”

“Do not play with me, Beowulf Shaeffer. This matter is vital.”

“I’m not playing. Does your world have a moon?”

“That information is classified.” The puppeteers are cowards. Nobody knows where they come from, and nobody is likely to find out.

“Do you know what happens when a moon gets too close to its primary?”

“It falls apart.”

“Why?”

“I do not know.”

“Tides.”

“What is a tide?”

Oho, said I to myself, said I. “I’m going to try to tell you. The Earth’s moon is almost two thousand miles in diameter and does not rotate with respect to Earth. I want you to pick two rocks on the moon, one at the point nearest the Earth, one at the point farthest away.”

“Very well.”

“Now, isn’t it obvious that if those rocks were left to themselves, they’d fall away from each other? They’re in two different orbits, mind you, concentric orbits, one almost two thousand miles outside the other. Yet those rocks are forced to move at the same orbital speed.”

“The one outside is moving faster.”

“Good point. So there is a force trying to pull the moon apart. Gravity holds it together. Bring the moon close enough to Earth, and those two rocks would simply float away.”

“I see. Then this ‘tide’ tried to pull your ship apart. It was powerful enough in the lifesystem of the Institute ship to pull the acceleration chairs out of their mounts.”

“And to crush a human being. Picture it. The ship’s nose was just seven miles from the center of BVS-1. The tail was three hundred feet farther out. Left to themselves, they’d have gone in completely different orbits. My head and feet tried to do the same thing when I got close enough.”

“I see. Are you molting?”

“What?

“I notice you are losing your outer integument in spots.”

“Oh, that. I got a bad sunburn from exposure to starlight. It’s not important.”

Two heads stared at each other for an eye blink. A shrug? The puppeteer said, “We have deposited the residue of your pay with the Bank of We Made It. One Sigmund Ausfaller, human, has frozen the account until your taxes are computed.”

“Figures.”

“If you will talk to reporters now, explaining what happened to the Institute ship, we will pay you ten thousand stars. We will pay cash so that you may use it immediately. It is urgent. There have been rumors.”

“Bring ’em in.” As afterthought I added, “I can also tell them that your world is moonless. That should be good for a footnote somewhere.”

“I do not understand.” But two long necks had drawn back and the puppeteer was watching me like a pair of pythons.

“You’d know what a tide was if you had a moon. You couldn’t avoid it.”

“Would you be interested in—”

“A million stars? I’d be fascinated. I’ll even sign a contract if it states what we’re hiding. How do you like being blackmailed for a change?”

Footnotes

Abell 2218: A Galaxy Cluster Lens

2001 October 7

Abell 2218: A Galaxy Cluster Lens

Credit: Andrew Fruchter (STScI) et al., WFPC2, HST, NASA

Explanation: Gravity can bend light, allowing huge clusters of galaxies to act as telescopes. Almost all of the bright objects in this released Hubble Space Telescope image are galaxies in the cluster known as Abell 2218. The cluster is so massive and so compact that its gravity bends and focuses the light from galaxies that lie behind it. As a result, multiple images of these background galaxies are distorted into long faint arcs—a simple lensing effect analogous to viewing distant street lamps through a glass of wine. The cluster of galaxies Abell 2218 is itself about three billion light-years away in the northern constellation Draco. The power of this massive cluster telescope has recently allowed astronomers to detect a galaxy at redshift 5.58, the most distant galaxy yet measured. This young, still-maturing galaxy is faintly visible to the lower right of the cluster core.

Taken from:

http://antwrp.gsfc.nasa.gov/apod/ap011007.html

This footnote is added by Jolly Roger Skull