And Sol, sick of the whole dream yet somehow alarmed by it, had turned and thrown the knife far into the darkness. When he turned back to find his daughter, the scene had faded. The red orbs hung closer than ever, and now Sol could see that they were multifaceted gems the size of small worlds.
The amplified voice came again:
“So? You have had your chance, Sol Weintraub. If you change your mind, you know where to find me.”
And Sol awakened half laughing, half chilled by the dream. Amused by the thought that the entire Talmud and the Old Testament might be nothing more than a cosmic shaggy-dog story.
About the time Sol was having his dream, Rachel was on Hyperion finishing her first year of research there. The team of nine archaeologists and six physicists had found Keep Chronos fascinating but far too crowded with tourists and would-be Shrike pilgrims, so after the first month spent commuting from the hotel, they had set up a permanent camp between the ruined city and the small canyon holding the Time Tombs.
While half the team excavated the more recent site of the unfinished city, two of Rachel’s colleagues helped her catalogue every aspect of the Tombs. The physicists were fascinated with the anti-entropic fields and spent much of their time setting small flags of different colors to mark the limits of the so-called time tides.
Rachel’s team concentrated their work in the structure called the Sphinx, although the creature represented in stone was neither human nor lion; it may not have been a creature at all, although the smooth lines atop the stone monolith suggested curves of a living thing, and the sweeping appendages made everyone think of wings. Unlike the other Tombs, which lay open and were easily inspected, the Sphinx was a mass of heavy blocks honeycombed with narrow corridors, some of which tightened to impossibility, some of which widened to auditorium-sized proportions, but none of which led anywhere but back on themselves. There were no crypts, treasure rooms, plundered sarcophagi, wall murals, or secret passages, merely a maze of senseless corridors through sweating stone.
Rachel and her lover, Melio Arundez, began mapping the Sphinx, using a method which had been in use for at least seven hundred years, having been pioneered in the Egyptian pyramids sometime in the twentieth century. Arranging sensitive radiation and cosmic ray detectors at the lowest point in the Sphinx, they recorded arrival times and deflection patterns of the particles passing through the mass of stone above them, watching for hidden rooms or passages which would not show up even on deep imaging radar. Because of the busy tourist season and the concern of the Hyperion Home Rule Council that the Tombs might be damaged by such research, Rachel and Melio went out to their site every night at midnight, making the half-hour walk and crawl through the corridor maze which they had rigged with blue glow-globes. There, sitting under hundreds of thousands of tons of stone, they would watch their instruments until morning, listening to their earphones ping with the sound of particles born in the belly of dying stars.
The time tides had not been a problem with the Sphinx. Of all the Tombs, it seemed the least protected by the anti-entropic fields and the physicists had carefully mapped the times when the tide surges might pose a threat. High tide was at 1000 hours, receding only twenty minutes later back toward the Jade Tomb half a kilometer to the south. Tourists were not allowed near the Sphinx until after 1200 hours, and to leave a margin of safety, the site made sure they were out by 0900. The physics team had planted chronotropic sensors at various points along the paths and walkways between the Tombs, both to alert the monitors to variations of the tides and to warn the visitors.
With only three weeks to go of her year of research on Hyperion, Rachel awoke one night, left her sleeping lover, and took a ground effect jeep from the camp to the Tombs. She and Melio had decided that it was foolish for both of them to monitor the equipment every night; now they alternated, one working at the site while the other collated data and prepared for the final project—a radar mapping of the dunes between the Jade Tomb and the Obelisk.
The night was cool and beautiful. A profusion of stars stretched from horizon to horizon, four or five times the number Rachel had grown up looking at from Barnard’s World. The low dunes whispered and shifted in the strong breeze blowing from the mountains in the south.
Rachel found lights still burning at the site. The physics team was just calling it a day and loading their own jeep. She chatted with them, had a cup of coffee as they drove away, and then took her backpack and made the twenty-five-minute trip into the basement of the Sphinx.
For the hundredth time Rachel wondered who had built the Tombs and for what purpose. Dating of the construction materials had been useless because of the effect of the anti-entropic field. Only analysis of the Tombs in relation to the erosion of the canyon and other surrounding geological features had suggested an age of at least half a million years. The feeling was that the architects of the Time Tombs had been humanoid, even though nothing but the gross scale of the structures suggested such a thing. Certainly the passageways in the Sphinx revealed little: some were human enough in size and shape, but then meters farther along the same corridor might dwindle to a tube the size of a sewer pipe and then transform itself into something larger and more random than a natural cavern. Doorways, if they could be called such since they opened to nothing in particular, might be triangular or trapezoidal or ten-sided as commonly as rectangular.
Rachel crawled the last twenty meters down a steep slope, sliding her backpack ahead of her. The heatless glow-globes gave the rock and her flesh a bluish, bloodless cast. The “basement,” when she reached it, seemed a haven of human clutter and smells. Several folding chairs filled the center of the small space while detectors, oscilloscopes, and other paraphernalia lined the narrow table against the north wall. A plank on sawhorses along the opposite wall held coffee cups, a chess set, a half-eaten doughnut, two paperbacks, and a plastic toy of some sort of dog in a grass skirt.
Rachel settled in, set her coffee therm next to the toy, and checked the cosmic ray detectors. The data appeared to be the same: no hidden rooms or passages, just a few niches even the deep radar had missed. In the morning Melio and Stefan would set a deep probe working, getting an imager filament in and sampling the air before digging further with a micro-manipulator. So far a dozen such niches had turned up nothing of interest. The joke at camp was that the next hole, no bigger than a fist, would reveal miniature sarcophagi, undersized urns, a petite mummy, or—as Melio put it—“a teeny-tiny Tutankhamen.”
Out of habit, Rachel tried the comm links on her comlog. Nothing. Forty meters of stone tended to do that. They had talked of stringing telephone wire from the basement to the surface, but there had been no pressing need and now their time was almost up. Rachel adjusted the input channels on her comlog to monitor the detector data and then settled back for a long, boring night.
There was the wonderful story of the Old Earth pharaoh—was it Cheops?—who authorized his huge pyramid, agreed to the burial chamber being deep under the center of the thing, and then lay awake nights for years in a claustrophobic panic, thinking of all those tons of stone above him for all eternity. Eventually the pharaoh ordered the burial chamber repositioned two thirds the way up the great pyramid. Most unorthodox. Rachel could understand the king’s position. She hoped that—wherever he was—he slept better now.
Rachel was almost dozing herself when—at 0215—her comlog chirped, the detectors screamed, and she jumped to her feet. According to the sensors, the Sphinx had suddenly grown a dozen new chambers, some larger than the total structure. Rachel keyed displays and the air misted with models that changed as she watched. Corridor schematics twisted back on themselves like rotating Möbius strips. The external sensors indicated the upper structure twisting and bending like polyflex in the wind—or like wings.