Prisoners of Tomorrow (69 page)

“Oh, okay,” Jay said.
“Their
laws couldn’t tell them anything about the cold universe before that instant. Flame physics only came into existence when the flame did.”

“A phase-change, evolving its own new laws,” Pernak confirmed, nodding.

“And you’re saying the Big Bang was something like that?”

“I’m saying it’s very likely. What triggers a phase-change is a concentration of energy—energy
density—
like at the tip of a match. Hence the Bang and everything that came after it could turn out to be the result of an energy concentration that occurred for whatever reason in a regime governed by qualitatively different laws that we’re only beginning to suspect. And that’s what my line of research is concerned with.”

Another flash of stars and they were in Idaho, one of the two fixed modules that carried the main support arms to the Spindle. The inside was a confusion of open and enclosed spaces, of metal walls and latticeworks, tanks, pipes, tunnels, and machinery. They stopped briefly to take on more passengers, probably newly arrived from the Spindle via the radial shuttles. Then the capsule moved away again. “It could open up possibilities that’ll blow your mind,” Pernak resumed. “Suppose, for instance, that we could get to understand those laws and create our own concentrations on a miniature scale to inject energy from . . . let’s call it a hyperrealm, into our own universe—in other words make ‘small bangs’—mini white holes. Think what an energy source that would be. It’d made fusion look like a firecracker.” Pernak waved his hands about. “And how about this, Jay. It could turn out that what we’re living in lies on a gradient between some kind of hypersource that feeds mass-energy into our universe, and some kind of hypersink that takes it out again—such as black holes, maybe. If so, then the universe might not be a closed thermodynamic system at all, in which case the doom prophecies that say it all has to freeze over some day might be garbage because the Second Law only applies to closed systems. In other words we might find we’re flame people living in a match factory.”

By this time the capsule had entered the Jersey module and began slowing as it neared the destination Jay had selected. The machine shops and other facilities available for public use were located on the near side of the main production and manufacturing areas, and Jay led the way past administrative offices and along galleries through noisy surroundings that smelled of oil and hot metal to a set of large, steel double-doors. A smaller side door brought them to a check-in counter topped by a glass partition behind which the attendant and a watchman were playing cribbage across a scratched and battered metal desk. The attendant stood and shuffled over when Jay and Pernak appeared, and Jay presented a school pass which entitled him to free use of the facilities. The attendant inserted the pass into a terminal, then returned it with a token to be used for drawing tools from the storekeeper inside.

“There’s something for you here,” the attendant noted as Jay was turning away. He reached beneath the counter and produced a small cardboard box with Jay’s name scrawled on the outside.

Puzzled, Jay broke the sealing tape and opened the box to reveal a layer of foam padding and a piece of folded notepaper. Beneath the padding, nestled snugly in tiny foam hollows beneath a cover of oiled paper, was a complete set of components for the high-pressure cylinder slide valves, finished, polished, and glittering. The note read:

Jay,

I thought you might need a hand with these so I did them last night. If my hunch is right, things have probably gotten a bit difficult for you. There’s no sense in upsetting people who don’t mean any harm. Take it from me, he’s not such a bad guy.

STEVE

Jay blinked and looked up to find Pernak watching him curiously. For an instant he felt guilty and at a loss for the explanation that seemed to be called for. “Bernard told me about it,” Pernak said before Jay could offer anything. “I guess he’s under a lot of pressure right now, so don’t read too much into it.” He stared at the box in Jay’s hand. “I don’t see anything—not a darn thing. Come on, Jay. Let’s take a look at that loco of yours.”

CHAPTER FIVE

Chiron was almost nine thousand miles in diameter, but its nickel-iron core was somewhat smaller than Earth’s, which gave it a comparable gravitational force at the surface. It turned in a thirty-one-hour day about an axis more tilted with respect to its orbital plane than Earth’s, which in conjunction with its more elliptical orbit—a consequence of perturbations introduced by the nearness of Beta Centauri—produced greater climatic extremes across its latitudes, and highly variable seasons. Accompanied by two small, pockmarked moons; Romulus and Remus, Chiron completed one orbit of Alpha Centauri every 419.66 days. Roughly 35 percent of Chiron’s surface was land, the bulk of it distributed among three major continental masses. The largest of these was Terranova, a vast, east-west sprawling conglomeration of every conceivable type of geographic region, dominating the southern hemisphere and extending from beyond the pole to cross the equator at its most northerly extremity. Selene, with its jagged coastlines and numerous islands, was connected to the western part of Terranova via an isthmus that narrowed to a neck below the equator; Artemia lay farther to the east, separated by oceans.

Although Terranova appeared solid and contiguous at first glance, it was almost bisected by a south-pointing inland sea called the Medichironian, which opened to the ocean via a narrow strait at its northern end. A high mountain chain to the east of the Medichironian completed the division of Terranova into what had been designated two discrete continents—Oriena to the east, and Occidena to the west.

The planet had evolved a variety of life-forms, some of which approximated in appearance and behavior examples of terrestrial flora and fauna, and some of which did not. Although several species were groping in the general direction of the path taken by the hominids of Earth two million years previously, a truly intelligent, linguistic, tool-using culture had not yet emerged.

The Medichironian Sea extended from the cool-temperate southerly climatic band to the warm, subequatorial latitudes at its mouth. Its eastern shore lay along narrow coastal plains, open in some parts and thickly forested in others, that rapidly rose into the foothills of the Great Barrier Chain, beyond which stretched the vast plains and deserts of central Oriena. The opposite shore of the sea opened more easily into Occidena for most of its length, but the lowlands to the west were divided into two large basins by an eastward-running mountain range. An extension of this range projected into the sea as a rocky spine of fold valleys fringed by picturesque green plains, sandy bays, and rugged headlands, and was known as the Mandel Peninsula, after a well-known statesman of the 2010s. It was on the northern shore of the base of this peninsula that the
Kuan-yin
’s
robots had selected the site for Franklin, the first surface base to be constructed while the earliest Chironians were still in their infancy aboard the orbiting mother-ship.

In the forty-nine years since, Franklin had grown to become a sizable town, in and around which the greater part of the Chironian population was still concentrated. Other settlements had also appeared, most of them along the Medichironian or not far away from it.

Communications between Earth and the
Kuan-yin
had been continuous since the robot’s departure in 2020, although not conducted in real-time because of the widening distance and progressively increasing propagation delay. The first message to the Chironians arrived when the oldest were in their ninth year, which was when the response had arrived from Earth to the
Kuan-yin
’s
original signal. Contact had continued ever since with the same built-in nine-year turn-round factor. The
Mayflower II
, however, was now only ten light-days from Chiron and closing; hence it was acquiring information regarding conditions on the planet that wouldn’t reach Earth for years.

The Chironians replied readily enough to questions about their population growth and distribution, about growth and performance of the robot-operated mining and extraction industries and nuclear-driven manufacturing and processing plants, about the courses being taught in their schools, the researches being pursued in their laboratories, the works of their artists and composers, the feats of their engineers and architects, and the findings of their geological surveys of places like the sweltering rain forests of southern Selene or the far northern ice-subcontinent of Glace.

But they were less forthcoming about details of their administrative system, which had evidently departed far from the well-ordered pattern laid down in the guidelines they were supposed to have followed. The guidelines had specified electoral procedures to be adopted when the first generation attained puberty. The intention had been not so much to establish an active decision-making process there and then—the computers were quite capable of handling the things that mattered—but to instill at an early age the notion of representative government and the principle of a ruling elite, thus laying the psychological foundations for a functioning social order that could easily be absorbed intact into the approved scheme of things at some later date. From what little the Chironians had said, it seemed that the early generations had ignored the guidelines completely and possessed no governing system worth talking about at all, which was absurd since they appeared to be managing a thriving and technically advanced society and to be doing so, if the truth were admitted, fairly effectively. In other words, they had to be covering a lot of things up.

Although they came across as polite but frank in their laser transmissions, they projected a coolness that was enough to arouse suspicions. They did not seem to be anxiously awaiting the arrival of their saviors from afar. And so far they had not acknowledged the Mission’s claim to sovereignty over the colony on behalf of the United States of the New Order.

“They’re messing us around,” General Johannes Borftein, Supreme Commander of the Chiron Expeditionary Force—the regular military contingent aboard the
Mayflower II—
told the small group that had convened for an informal policy discussion with Garfield Wellesley in the Mission Director’s private conference room, located in the upper levels of the Government Center in the module known as the Columbia District. His face was sallow and deeply lined, his hair a mixture of grays shot with streaks of black, and his voice rasped with a remnant of the guttural twang inherited from his South African origins. “We’ve got two years to get this show organized, and they’re playing games. We don’t have the time. We haven’t seen any evidence of a defense program down there. I say we go straight in with a show of strength and an immediate declaration of martial law. It’s the best way.”

Admiral Mark Slessor, who commanded the
Mayflower II
’s crew, looked dubious. “I’m not so sure it’s that simple.” He rubbed his powerful, blue-shadowed chin. “We could be walking into anything. They’ve got fusion plants, orbital shuttles, intercontinental jets, and planet-wide communications. How do we know they haven’t been working on defense? They’ve got the know-how and the means. I can see John’s point, but his approach is too risky.”

“We’ve never
seen
anything connected with defense, and they’ve never mentioned anything,” Borftein insisted. “Let’s stick to reality and the facts we know. Why complicate the issue with speculation?”

“What do you say, Howard?” Garfield Wellesley inquired, looking at Howard Kalens, who was sitting next to Matthew Sterm, the grim-faced and so far silent Deputy Mission Director.

As Director of Liaison, Kalens headed the diplomatic team charged with initiating relationships with the Chironian leaders and was primarily responsible for planning the policies that would progressively bring the colony into a Terran-dominated, nominally joint government in the months following planetfall. Hence the question probably concerned him more than anybody else. Kalens took a moment to compose his long, meticulously groomed and attired frame, with its elegant crown of flowing, silvery hair, and then replied. “I agree with John that a rigid rule needs to be asserted early on . . . possibly it could be relaxed somewhat later after the Chironians have come round. However, Mark has a point too. We should avoid the risk of hostilities if we can, and think of it only as a last resort. We’re going to need those resources working
for
us, not against. And they’re still very thin. We can’t permit them to be frittered away or destroyed. Perhaps the mere threat of force would be sufficient to attain our ends—without taking it as far as an open demonstration or resorting to clamping down martial law as a first measure.”

Wellesley looked down and studied his hands while he considered what had been said. In his sixties, he had shouldered twenty years of extraterrestrial senior responsibilities and two consecutive terms as Mission Director, Although a metallic glitter still remained in the pale eyes looking out below his thinning, sandy hair, and the lines of his hawkish features were still sharp and clear, a hint of inner weariness showed through in the hollows beginning to appear in his cheeks and neck, and in the barely detectable sag of his shoulders beneath his jacket. His body language seemed to say that when he finally had shepherded the
Mayflower II
safely to its destination, he would be content to stand down.

“I don’t think you’re taking enough account of the psychological effects on our own people,” he said when he finally looked up. “Morale is high now that we’re nearly there, and I don’t want to spoil it. We’ve encouraged a popular image of the Chironians that’s intended to help our people adopt an assertive role, and we’ve continually stressed the predominance of younger age groups there.” He shook his head. “Heavy-handed methods are not the way to deal with what would be seen now as essentially a race of children. We’d just be inviting resentment and protest inside our own camp, and that’s the last thing we want.

“We should handle the situation firmly, yes, but flexibly and with moderation until we’ve more to go on. Our forces should be alert for surprises but kept on a low-visibility profile unless our hand is forced. That’s my formula, gentlemen—firm, low-key, but flexible.”