But this current universe is brutally harsh. I found myself apparently alone in it. I’d expected that, of course, at first. After all, life surely would take some time to arise. But the universe expanded and cooled and galaxies formed and spun through dozens of rotation, and still no life emerged.
I spread myself thin, examining billions of galaxies, scanning each star for planets. On those rare occasions that I did find planets, I scrutinized each for signs of life, or even hints that life might someday develop.
Nothing.
For eighty percent of the present age of this universe I looked and looked and looked, disappointed at every turn.
Hell, indeed. I thought perhaps I would go mad; think perhaps that I did.
But then, at long, long last, in a mid-sized spiral galaxy, on the inner edge of one arm, I found a remarkable yellow star. At that time, it had a cometary halo, an asteroid belt, and eight planets — although it looked as though the outermost of these would eventually lose its large moon to a wildly eccentric orbit of its own.
The third planet was just the right distance from its sun to have substantial amounts of liquid water on its surface. And it had a giant moon — indeed, the pair was a freak double world. Tides from that moon pulled water on and off coastal clays, alternately exposing them to and shielding them from the sun’s radiation.
And from these, and a thousand other factors that had come together in just the right way, life had arisen.
A Crucible — of all the worlds in all the galaxies in this vast and infertile cycle of creation, I had found a single Crucible of life.
It soon became apparent that the Crucible was destined to be a battleground. Many creatures would arise, but only a few would survive. This was as much a world of death as of life.
At the outset, it was clear that amino acids would form the basis for biology here. But amino acids come in two orientations, left-handed and right-handed. Separate forms of life — true self-replicating strains — began using each orientation, but it was soon obvious that only the left-handed ones would survive.
All the universe except this one orb was vacant. I couldn’t let one of the two life-paths be snuffed out so early on. I had to find a way to save the right-handed forms, to … to … to transplant them somewhere else.
But how? I had an intellect that could span the galaxies, but I had no way to exert physical force. Unless — unless I adopted a body for myself.
The universe was permeated by dark matter, indeed, such matter comprised most of its bulk. Its presence was what guaranteed that this universe, like those before it, would eventually stop expanding and contract down, down, down into a primordial atom from which the next cycle would burst forth.
Dark matter is everywhere, both in intergalactic space and wending its way through the galaxies themselves. It made the ideal medium for one such as me. I joined with dense streamers of it that stretched through space near the Crucible’s sun. The union gave me mass and, therefore, a subtle but inexorable gravitational influence.
The Crucible’s solar system was still young. Although most of the planetesimals had been swept up already by the orbiting worlds, enough debris still littered the system to make impacts commonplace. When a piece of stone or metal slammed into the Crucible, it was not unusual for hunks of the Crucible planet itself to be tossed up with sufficient force to reach escape velocity.
At this early stage of development, life on the Crucible was little more than hardy chemicals and self-replicating crystals of acid. From those pieces of the planet that had been thrown into space, I selected the ones containing a preponderance of the right-handed acid forms. Exerting my gravitational influence, I sent tnem on a long, gentle voyage to another star where a planet awaited covered with oceans of sterile water. Only a small fraction of the amino acids would survive the long voyage — mostly those buried deep within the ejecta — but it would be enough, I hoped, to establish a second living world, tnis one for right-handed amino forms.
The process had begun. This universe may have only given rise to life in one place, but I would see to it that as much of the potential of that life would be realized across as many worlds as possible.
*3*
Fra’toolar
Toroca, who had recently become leader of the Geological Survey of Land at the young age of sixteen kilodays, knew he was different.
In part, it was because he actually knew who his parents were, something almost no other Quintaglio did. Toroca’s father was the blind sage Sal-Afsan. Seventeen kilodays ago, Afsan had sailed around the world aboard the mighty vessel Dasheter, had gazed upon what was called the Face of God, and had determined that it was, in fact, not the countenance of the creator at all, but rather the giant banded planet around which the tiny moon they lived on orbited.
Toroca’s mother, equally renowned, was Wab-Novato, inventor of the far-seer which had aided Afsan in his research. Novato and Afsan together had taken the truth about the Face of God one step further, determining that their world orbited much too closely to the Face to be stable, and that it would disintegrate in only a few hundred kilodays into a ring of rubble, just like those around the neighboring planets of Kevpel and Bripel. Shortly after Toroca had hatched, Emperor Dybo had named Novato director of the exodus project: the all-consuming effort to get the Quintaglio people off their world prior to its destruction.
Yes, knowing who his parents were was a difference, but it wasn’t the major one.
Toroca also had brothers and sisters. Since the dawn of time, the bloodpriests had devoured seven out of every eight hatchlings, leaving only the fastest one alive. But Toroca’s father, Afsan, had been taken to be The One foretold by Lubal — the hunter who would lead the Quintaglios on the greatest hunt of all. And the bloodpriests, an order closely allied with the Lubalites, made a special dispensation for the children of The One, allowing all eight of them to live.
Knowing his parents; knowing his siblings: these indeed made Toroca different.
But beyond that, he was different in a more fundamental way, different to the core of his being.
A crowded street. A room with ten or more people in it. A ship full of other travelers. None of it bothered him. If another Quintaglio accidentally stepped on his tail, Toroca’s claws remained sheathed. When from his vantage point high up the cliffs of Fra’toolar he’d seen Delplas and Spalton bobbing up and down from the waist on the verge of dagamant, Toroca had felt no need to reply in kind, had no difficulty turning away from the sight as he scaled his way down the cliff. Indeed, he’d been able to rush into the battle and literally pull them apart, all the while keeping his claws sheathed, his rationality at the fore.
Toroca seemed to lack the instinct for territoriality, lack the urge that drove other Quintaglios apart.
He’d never told anyone. Never said a word. It was liberating, this difference. Empowering.
And more than just a little bit frightening.
Toroca had left the other surveyors back at the great cliffs on the storm-swept coast, looking for any fossils at all from below the Bookmark layer, and cataloging the myriad forms they found above it. Rather than talk at length about how he’d managed to intervene rationally in the territorial battle between Delplas and Spalton, he’d simply left, hiking north toward the port town of Otok. This trip had been planned for some time, after all, and it afforded an ideal excuse to avoid conversation on this topic. It was a three-day hike into the town, where he was to rendezvous with Dak-Forgool, an eminent geologist from Arj’toolar newly assigned to the Geological Survey.