Dark Matter (Star Carrier, Book 5) (24 page)

“Another misunderstanding?” Fuentes asked. She sounded . . . almost hopeful. As though she wanted there to be some reason for this horror.

“
We’d done nothing!”
Delgado shouted. “Nothing! They annihilated the last of the Legion’s vessels, landed outside our cities, used X-ray lasers to reduce them to rubble! When we put down our weapons and tried to surrender, transmitting the symbol they’d shown to us, they herded us together, took our clothing, marched us into these . . . these pens. And here we have been since, helpless.
Food!
Food for these demons!”

“I . . . always thought,” Fuentes said slowly, “that, that mutually alien species couldn’t get sustenance from one another. That they might even poison each other.”

Delgado shrugged again. “Most times, perhaps that is true. They say that there is only a one-in-four chance of another species having compatible sugars and amino acids, and that only if they both are carbon-based. The Agletsch have such a biology. I’ve heard that they can ingest our food.”

“I didn’t know that.”

“It’s true. Of course some species do use trace elements in their chemistries, like arsenic or antimony, that can be poisonous to other life forms. Or they can sequester poisons or biological toxins in their tissues, like Vulcan langoustines . . . or certain fish back on Earth. But nature tends to be conservative. What works on one world may well evolve on another, more or less the same. The difference between species, the
real
difference, is not going to be biological. It will be a difference in the mind, in the way they
think
. . . .”

“As with these Grdoch,” Fuentes said. “They think it’s okay to eat intelligent life forms.”

“It’s not so different from us. We know some species of great whales on Earth were intelligent . . . before they were hunted to extinction. Other terrestrial species showed high degrees of intelligence—the octopus, the elephant. That didn’t stop humans from hunting them for food. Or for sport. Or exploiting them in other ways.”

“But we didn’t know they were intelligent at the time!”

“Perhaps only because we didn’t try to understand them. Or didn’t want to.”

“Like the Grdoch.”

“Perhaps, at least at first. But they know we are a sapient species now. They’ve conversed with us. But they appear to be driven by . . . their appetites.”

“An evolutionary imperative?” Fuentes asked.

Delgado nodded. “I think so. During . . . during the brief period of truce, I saw something very disturbing. At their base on Las Pampas, they had an enclosure, a pen like this one. They kept there several . . . animals. Immense beasts, like, like boneless whales, but on dry land. The Grdoch would enter the compound and assault these beasts, tear them open and actually burrow inside, feeding on them with all of their mouths at once. Dr. Schmidt—he was probably our most distinguished xenobiologist—he pointed out that the food beasts were almost certainly genetically engineered to provide the Grdoch with living sources of food, that they either prefer or for some reason
must
eat their food while it is alive.” He shuddered. “Horrible.
Horrible
. But we know of so many terrestrial species that eat their food while it still lives.”

“But . . . but intelligent species
know
better. . . .”

She was being naïve again. “That is a cultural preference, Commander. Not an absolute. Perhaps the Grdoch
need
their food to be struggling in order to activate some digestive enzyme. Or perhaps they merely prefer the feel and the excitement of devouring living prey. At least . . .”

“What?”

“At least we humans are too small for them to keep alive through multiple feedings, as they do the giant food beasts. For us, the horror is over more quickly.”

A new chorus of screams arose from the other side of the compound. The monsters were entering the enclosure once again. They tended to come in small groups of ten or twelve . . . and there were many thousands of the Grdoch on Vulcan now.

“Santa Maria, Madre de Deos,”
Fuentes said.

Delgado closed his eyes, and wished to God he could shut his ears.
Please, please let the horror be over quickly
. . . .

Chapter Sixteen

13 March 2425

Emergency Presidential Command Post

Toronto

United States of North America

0958 hours, EST

President Koenig leaned back and let his chair conform to his body, thoughtclicking an inner icon as he did so. The logo of the NAVS-CS, the North American Virtual Symposium on the Cosmological Sciences, appeared on a mental window . . . then faded away, revealing a computer-generated view of the galaxy, a vast, barred spiral of stardust tilted 45 degrees toward his vantage point and tipped slightly to the side.

He smiled at the sight. Only once had humans viewed the galaxy from the outside . . . and that had been twenty years ago, when Koenig had led the
America
battlefleet through the time- and space-twisting mystery of a TRGA cylinder, emerging inside what had later—much,
much
later—become the Omega Centauri star cluster. At the time—almost 900 million years in the past, Omega Centauri—known to its myriad inhabitants as the N’gai Star Cloud—had been hurtling a few thousand light years above the plane of that galaxy, just a few million years before it had been cannibalized by the far vaster and gravitationally hungry Milky Way. The Sh’daar of that distant epoch, perhaps afraid of a confrontation with the Milky Way’s inhabitants of their remote future, had agreed to a ceasefire. And while
America
had been there, inside the heart of the extragalactic cluster, a scout ship had probed past the cluster’s teeming central ball of suns to get a look at the galaxy from Outside . . . a unique and dazzlingly beautiful perspective.

What Koenig was seeing now was based on the images recorded at the time, though what he’d seen on board the
America
had been more like a vast and glowing wall of stars and nebulae stretching from one side of Creation to the other. The N’gai Cloud had been too close to the galactic plane at the time to get a true perspective of the Milky Way’s sweeping, barred-spiral structure.

He could tell, though, that the images the
America
battlegroup had made had been utilized by the AIs to design the Society’s introductory scene.

Others were joining in to attend the symposium, linking in by the hundreds . . . by the thousands. One of the greatest transformational advantages of a completely linked-in electronic society was the potential for truly huge meet-ups of interested people, for purposes ranging from politics to social engineering to professional exchanges to public education. NAVS-CS had started out originally and primarily as an exchange forum for cosmologists, a means for professionals to keep up with the rapid-fire pace of new discoveries in the field. There was enough public interest in the subject, however, that symposia such as this one, hosted by the University of Colorado Virtual Campus, were remarkably popular outside the fields of cosmology, astronomy, and gravitational physics as well.

“Admiral King?” a voice said within his mind. “Welcome to the symposium. Is there anything we can help you with?”

The voice was that of an AI, evidently an electronic babysitter for the host of virtual attendees at the conference. “Alex King, Adm (ret)” was Koenig’s johnsmith, his alter-ego at such functions. The AI, of course, knew who he
really
was—they would have full access to the ID and personal records of everyone there—but protocol allowed those who wished a degree of anonymity to create fictitious avatars that let them blend in invisibly with the background.

“I’m fine, thank you,” Koenig replied.

“Which talks do you plan on attending, sir?”

“Just this first one, actually.”

“Ah, yes. ‘Gravitational Metrics as Applied to Metaversal Polydimensional Unity.’ There’s been a
lot
of interest in that one.”

“So I gather.”

“You know how to download simultaneous technical description and definitions?”

“Of course.”

“I am required to ask. Enjoy the program, sir. If there’s anything you need, thoughtclick
this
icon.”

A new icon appeared on Keonig’s inner window. “Thank you.”

The AI’s mental voice swiched off, and Koenig was again alone . . . alone in a sea of electronic presences. According to figures appearing in a window sidebar, there were well over two million people linked in now. Amazing.

A call light winked within Koenig’s consciousness. He checked . . . and saw that it was Deborah Johnston.
Senator
Deborah Johnston . . . or she had been until the 2420 elections. And after that . . .

“My God . . . Deb?”

He could feel her smile across the electronic interface. “Alex, that
is
you! I thought it must be . . . Mr. President!”

“Well . . . low profile, and all of that. You know how it is.”

“I do indeed.”

“God, Deb . . . I thought you were
dead
! After Columbus . . .”

“I was out of town,” she said. “Mexico City.”

“It’s been pretty chaotic since then.”

“Oh, I’m well aware! I relocated in the LA megapolis. Been working with the USNA terraforming department as an advisor.”

Koenig had first met Deb when the two of them had been on opposite sides of the Senate floor, shortly after he’d been elected to the USNA Senate in 2410. They’d clashed on a number of points, notably over North American sovereignty, Periphery independence, and the offshore free cities issue . . . and eventually ended up in bed together. The sexual relationship had ended in 2418 when Koenig had run for president and won his first six-year term. They’d remained close friends, however, and if Koenig disliked her liberal global politics, he respected her a very great deal.

He’d thought . . . he’d
assumed
she’d been in Columbus when the capital had been vaporized by the Confederation nano-D strike, one of millions of casualties in that devastated city.

He found he was almost trembling with relief. “This is . . . this is wonderful, Deb! I wish you’d let me know that you were all right!”

“You could have linked me too, you know. It’s been—”

“I know, I know. Busy. Yeah. Are you in LA now?”

“Hilliard, actually.”

“Ohio?”

“The department is working on the Columbus reconstruction. And I’m advising.”

“Fantastic!”

When the Confederation had nanoed Columbus on November 15, 2424, they’d left the center of the city pocked by an immense crater three kilometers wide and half a kilometer deep. Hilliard was a suburb of Greater Columbus some fifteen kilometers from the old city center, and well outside the area destroyed by the shock wave. Koenig had signed off on the plans to begin reconstruction weeks ago.

He’d had no idea that Deb was a part of that project.

“So how’s the reconstruction going?”

“Quite well. We’ve started clearing the rubble. We hope to start growing buildings within the next week or so.”

Koenig nodded. He’d seen—he’d
approved
—the plans. The crater—filled now by the Scioto Waterfall—would remain as a perfectly circular lake, with kilometer-high hab towers and arcologies surrounding it. The nano constructors, he knew, were already being programmed for the job. Within a year, Columbus should be better than new.

If only it were possible to regrow those millions of lost people.

“That’s good,” he told her. He wrestled for a moment with the excitement of finding the woman again, and his conscience. He found he wanted to see her again, and the sooner the better. “Listen, Deb, I—”

“Hold it, Alex. I think they’re starting!”

Koenig felt both a tiny pang of regret, and considerable relief. Perhaps it was best not to explore
that
path too closely.

But
God
, it was good to know she was alive!

“Good morning, ladies, gentlemen, and AIs,” a new voice announced. The window now was filled by a youthful face, and the ID tag introduced the man as Dr. Howard Gilmore, of the University of Colorado. “Welcome to the North American Virtual Symposium on the Cosmological Sciences. Our first presenter will be AI Stephen Hawking. First, however, I invite you to download the background information returned this past January by a USNA carrier task force investigating the anomaly at Omega Centauri, some sixteen thousand light years from Earth. . . .”

Koenig had already downloaded the material, of course. In fact, he’d been briefed on it as soon as
America
had re-entered the Sol System. The mysterious construction by the Rosette Aliens out within the swarming heart of Omega Centauri was well known by now, as simplified versions of
America
’s original reports had been disseminated through the news channels to the public at large.

Once, he thought, the government would have attempted to censor the data, at the very least classifying it “secret” and allowing only a select inner circle of scientists and AIs to even know of its existence. Secrets of that sort, however, were ephemeral, especially when the scientific community was brought into the picture. His advisors—including Marcus—had insisted that the secret had to be kept simply because the USNA couldn’t afford to let the Confederation get the jump on them. If Geneva managed to make contact with the Rosette Aliens—worse, if they managed to forge a treaty, it might well mean the end of North America’s bid for independence.

Koenig, however, had been adamant. As important as the war with Geneva was, contact with a species as self-evidently powerful and technologically advanced as the Rosette Aliens was more so by far. An alliance with such a civilization—if that was even conceivable—would mean safety at last from the Sh’daar. In Koenig’s view, what was vital above all was the survival of Humankind; North American independence was of secondary import.

Koenig looked through the download material, checking to see if there was anything he’d missed. It was all there as he’d remembered it—the observations made by
America
’s battlegroup at Omega Centauri, the images and data collected by the close passage of a single human scout across the Rosette’s whirling lumen, the speculations by various members of the expedition’s science teams . . . including an analysis that placed the aliens solidly in the K-3 bracket of high-tech civilization.

“If we’re all up to speed on this material,” Gilmore said after a moment, “we can welcome our first presenter, AI Stephen Hawking.

Gilmore’s face was replaced by the computer-animated image of a long-dead human physicist, and the buzzing, vodor-generated tones of Stephen Hawking sounded in Koenig’s mind.

“Good morning, humans and fellow electronic sophonts,” the quaintly archaic electronic voice intoned. “It is my very great pleasure today to speak with you, and to be able at last to announce a final and verifiable proof of one of the original Stephen Hawking’s favorite hypotheses . . . that of multiple and parallel universes within a larger multiverse. . . .”

It wasn’t the original,
human
Hawking, of course, but an extremely sophisticated artificial intelligence with that twentieth and twenty-first-century physicist’s persona and name, a kind of electronic avatar that interacted with humans in the same way that Konstantin presented itself as the Russian futurist Konstantin Tsiolkovsky. The original Stephen Hawking had been, arguably, the most brilliant scientist since Sir Isaac Newton, whose chair at Cambridge he’d held. Afflicted by the crippling motor neuron disease amyotrophic lateral sclerosis in an era just before neurological reconstructive nanomedicine, he’d nevertheless beaten the odds and become one of the most famous and accomplished theoretical cosmologists of all time.

His most important work had been a collaboration with Roger Penrose on theories concerning gravitational singularities within the framework of general relativity, the prediction that black holes would emit radiation—Hawking radiation, as it came to be called—and a cosmology that united quantum mechanics with general relativity.

Koenig had heard of the AI version of Hawking, a super-AI like Konstantin doing important theoretical work at a number of universities and scientific think tanks, including both Colorado and New Cambridge. Like Konstantin, Stephen was a fifth-generation digitally programmed and enhanced AI, a machine-mind running within a vast and teeming network of several thousand Digital Sentience DS-8940 computers with something like 10
24
neural connections . . . roughly 10
billion
times more than the connections possessed by a human brain.

“As you can see by these data,” Hawking’s voice buzzed on, “the gravitometric matrices measured by the CP-240 Shadowstar as it passed above the opening to the Rosette Wormhole are perfectly matched by predictions of multiple gravitational leakage across universal boundaries. . . .”

The original Hawking, Koenig knew, had been a firm believer in the many-worlds interpretation of quantum physics—of many universes incorporated into a far vaster multiverse. The theory had been around for centuries. At its simplest, the many-worlds interpretation held that every time there was a
choice
in the universe—a given particle might be either spin-up or spin-down, for example—the result was a branching of the universe itself to incorporate both possibilities . . . a universe where that particle was spin-up, and another universe, identical in every way, save that the particle was spin-down.

Such bifurcations had been popular with writers of science fiction long before Hawking’s day. There were universes, a near infinity of them, where the USNA achieved full independence from the Confederation . . . and a near infinity of other universes where the Confederation won, and where ultimately the Sh’daar determined the ultimate future of humankind. There were universes where the cat locked in the box was alive, and others where it was dead . . . the two states being in superpositions until an observer looked and collapsed the quantum wave-form fucntions.

Physicists tended to dislike the many-worlds interpretation because it seemed so counter-intuitively wasteful to call an entire universe into existence for the sake of a single photon. Still, the evidence had been mounting over the centuries that that was exactly what happened, though more modern finesses suggested that a degree of overlap existed between universes. There’d already been widespread speculation within the scientific community that physical structures like the Rosette at the center of Omega Centauri or the ancient and enigmatic TRGA cylinders led not only to other regions of space and time, but to entirely separate realities. Koenig himself had discussed the possibility with his officers on board
America
.