Firefall

  “I’ll fight you,” Brüks said aloud.

  Of course you will. That’s what you’re for, that’s all you’re for. You gibber on about blind watchmakers and the wonder of evolution but you’re too damn stupid to see how much faster it would all happen if you just went away. You’re a Darwinian fossil in a Lamarckian age. Do you see how sick to death we are of dragging you behind us, kicking and screaming because you’re too stupid to tell the difference between success and suicide?

  “I see the fires. People are fighting back.”

  That’s not me out there. That’s just you folks, catching up.

  It was such an uphill struggle. Consciousness had never had the upper hand; I had never been more than the scratchpad, a momentary snapshot of a remembered present. Maybe Brüks hadn’t heard those voices before but they’d always been there, hidden away, doing the heavy lifting and sending status reports upstairs to a silly little man who took all the credit. A deluded homunculus, trying to make sense of minions so much smarter than it was.

  It had only ever been a matter of time before they decided they didn’t need him.

  He no longer sought his answers among the ruins. He looked for them across the whole wide desert. His very senses were coming apart now; each sunrise seemed paler than the last, every breeze against his skin felt more distant than the one before. He cut himself to feel alive; the blood spilled out like water. He deliberately broke his little finger, and felt not pain but faint music. The voices wouldn’t leave him alone. They told him what to eat and he put rocks in his mouth. He could no longer tell bread from stone.

  One day he came across a body desiccating in the parched desert air, its side torn open by scavengers, its head abuzz in a halo of flies. He was almost sure this wasn’t where he’d left it. He thought he saw it move a little, undead nerves still twitching against their own desecration. Guilt rose like acid in his throat.

  You killed her, Brüks told the thing inside.

  And that’s the only reason you’re alive. I am your salvation.

  You’re a parasite.

  Am I. I pay the rent. I do renovations. I’ve only just got started and this system’s already clocking fast enough to outsmart a vampire. What did you ever do except suck glucose and contemplate your navel?

  What are you, then?

  I’m manna from heaven. I’m a Rorschach blot. The monks look at me and see the Hand of God, the Vampires see an end to loneliness. What do you see, Danny Boy?

  He saw a duck blind, an ROV. He saw some other Singularity looking back. He saw Valerie’s body twitching at his feet. Whatever was left of Daniel Brüks remembered her last words, just after she’d pierced him with a biopsy that wasn’t a biopsy: “Wouldn’t it be nice if we could all just get along?”

  You know she wasn’t talking about you.

  He knew.

  He found himself on the edge of a cliff, high above the desert. The ruined monastery shimmered in the heat but he felt nothing. He seemed a million miles away, as though watching the world unfold through distant cameras. You have to crank the amplitude, his tormentor said. It’s the only way you’ll feel anything. You have to increase the gain.

  But Brüks was onto it. He wasn’t the first to be tempted in the desert, and he knew how that story went. He was supposed to defy the voice. Do not test the Lord thy God, he was supposed to say, and step back from the precipice and into history. It was in the script.

  But he was so very fucking sick of scripts. He couldn’t remember a time when he’d made up his own lines. Herded into the desert by invisible hands, packed into some post-Human field kit with the nanoscopes and petri dishes and barcoders: a so-called biologist barely smart enough to poke at things he didn’t understand, too stupid to know when those things were poking back. They’d used him; they’d all used him. He’d never been their colleague, never a friend. Never even the accidental tourist he’d first supposed, the retarded ancestor in need of babysitting. A cargo container: that’s all he’d been. A brood sac.

  But he was not an automaton, not yet. He was still Daniel Brüks, and for just this moment he was slaved to no one’s stage directions. He would make his own fucking destiny.

  You wouldn’t dare, something hissed in his head.

  “Watch me,” he said, and stepped forward.

  An End to Loneliness

  THERE’S NOT MUCH to work with. Barely a melanoma’s worth. Enough to rewire the circuitry of the midbrain, certainly; but to deal with shattered bones? Enough to keep osteoblasts and striated muscles alive in the face of such massive damage, to keep the metabolic fires flickering? Enough to keep decomposition at bay?

  Barely. Perhaps. One piece at a time.

  The body shouts, wordless alarm-barks, when the scavengers come calling. Judicious twitches scare away most of the birds. Even so, something pecks out an eye before the body is whole enough to crawl for shelter; and there will be necrosis at the extremities. The system triages itself, focuses on feet and legs and the architecture of locomotion. Hands can be replaced, if need be. Later.

  And something else: a tiny shard of God, reprogrammed and wrapped in a crunchy encephalitis jacket. A patch, targeted to a specific part of the vampire brain: Portia processors, homesick for the pattern-matching wetware of the fusiform gyrus.

  There’s no longer any light behind these eyes. The parasitic, self-reflective homunculus has been expunged. The system still has access to stored memories, though, and if there was sufficient cause it could certainly replay the awestruck words of the late Rakshi Sengupta.

  Can you imagine what those fuckers could do if they could actually stand to be in the same room together?

  An end to loneliness. By now, the system that was Daniel Brüks seethes with it. His is the blood of the covenant; it will be shed for many.

  It hauls its broken, stiff-legged chassis to its feet—only an observer for now, but soon, perhaps, an ambassador. The resurrection walks east, toward the new world.

  Valerie’s legacy goes along for the ride.

  We hope you enjoyed this book.

  For more information, click one of the links below:

  Blindsight Acknowledgements

  Blindsight Notes and References

  Echopraxia Acknowledgements

  Echopraxia Notes and References

  ~

  Peter Watts

  More books by Peter Watts

  An invitation from the publisher

  Blindsight is my first novel-length foray into deep space—a domain in which I have, shall we say, limited formal education. In that sense this book isn't far removed from my earlier novels: but whereas I may have not known much about deep sea ecology either, most of you knew even less, and a doctorate in marine biology at least let me fake it through the rifters trilogy. Blindsight, however, charts its course through a whole different kind of zero gee; this made a trustworthy guide that much more important. So first let me thank Prof. Jaymie Matthews of the University of British Columbia: astronomer, partygoer, and vital serial sieve for all the ideas I threw at him. Let me also thank Donald Simmons, aerospace engineer and gratifyingly-cheap dinner date, who reviewed my specs for Theseus (especially of the drive and the Drum), and gave me tips on radiation and the shielding therefrom. Both parties patiently filtered out my more egregious boners. (Which is not to say that none remain in this book, only that those which do result from my negligence, not theirs. Or maybe just because the story called for them.)

  David Hartwell, as always, was my editor and main point man at Evil Empire HQ. I suspect Blindsight was a tough haul for both of us: shitloads of essential theory threatened to overwhelm the story, not to mention the problem of generating reader investment in a cast of characters who were less cuddlesome than usual. I still don't know the extent to which I succeeded or failed, but I've never been more grateful that the man riding shotgun had warmed up on everyone from Heinlein to Herbert.

  The usual gang of fellow writers critiqued the first few chapters of this book
and sent me whimpering back to the drawing board: Michael Carr, Laurie Channer, Cory Doctorow, Rebecca Maines, David Nickle, John McDaid, Steve Samenski, Rob Stauffer and the late Pat York. All offered valuable insights and criticisms at our annual island getaway; Dave Nickle gets singled out for special mention thanks to additional insights offered throughout the year, generally at ungodly hours. By the same token, Dave is exempted from the familiar any-errors-are-entirely-mine schtick that we authors boilerplate onto our Acknowledgements. At least some of the mistakes contained herein are probably Dave's fault.

  Profs. Dan Brooks and Deborah MacLennan, both of the University of Toronto, provided the intellectual stimulation of an academic environment without any of the political and bureaucratic bullshit that usually goes along with it. I am indebted to them for litres of alcohol and hours of discussion on a number of the issues presented herein, and for other things that are none of your fucking business. Also in the too-diverse-to-itemise category, André Breault provided a west-coast refuge in which I completed the first draft. Isaac Szpindel—the real one­— helped out, as usual, with various neurophys details, and Susan James (who also really exists, albeit in a slightly more coherent format) told me how linguists might approach a First Contact scenario. Lisa Beaton pointed me to relevant papers in a forlorn attempt to atone for whoring her soul to Big Pharma. Laurie Channer acted as general sounding board, and, well, put up with me. For a while, anyway. Thanks also to Karl Schroeder, with whom I batted around a number of ideas in the arena of sentience-vs.-intelligence. Parts of Blindsight can be thought of as a rejoinder to arguments presented in Karl's novel Permanence; I disagree with his reasoning at almost every step, and am still trying to figure out how we arrived at the same general endpoint.

  References and remarks, to try and convince you all I'm not crazy (or, failing that, to simply intimidate you into shutting up about it). Read for extra credit.

  A BRIEF PRIMER ON VAMPIRE BIOLOGY

  I'm hardly the first author to take a stab at rationalising vampirism in purely biological terms. Richard Matheson did it before I was born, and if the grapevine's right that damn Butler woman's latest novel will be all over the same territory before you even read this. I bet I'm the first to come up with the Crucifix Glitch to explain the aversion to crosses, though— and once struck by that bit of inspiration, everything else followed.

  Vampires were accidentally rediscovered when a form of experimental gene therapy went curiously awry, kick-starting long-dormant genes in an autistic child and provoking a series of (ultimately fatal) physical and neurological changes. The company responsible for this discovery presented its findings after extensive follow-up studies on inmates of the Texas penal system; a recording of that talk, complete with visual aids, is available online1; curious readers with half an hour to kill are refered there for details not only on vampire biology, but on the research, funding, and "ethical and political concerns" regarding vampire domestication (not to mention the ill-fated "Taming Yesterday's Nightmares For A Brighter Tomorrow" campaign). The following (much briefer) synopsis restricts itself to a few biological characteristics of the ancestral organism:

  Homo sapiens vampiris was a short-lived Human subspecies which diverged from the ancestral line between 800,000 and 500,000 year BP. More gracile than either neandertal or sapiens, gross physical divergence from sapiens included slight elongation of canines, mandibles, and long bones in service of an increasingly predatory lifestyle. Due to the relatively brief lifespan of this lineage, these changes were not extensive and overlapped considerably with conspecific allometries; differences become diagnostically significant only at large sample sizes (N>130).

  However, while virtually identical to modern humans in terms of gross physical morphology, vampiris was radically divergent from sapiens on the biochemical, neurological, and soft-tissue levels. The GI tract was foreshortened and secreted a distinct range of enzymes more suited to a carnivorous diet. Since cannibalism carries with it a high risk of prionic infection2, the vampire immune system displayed great resistance to prion diseases3, as well as to a variety of helminth and anasakid parasites. Vampiris hearing and vision were superior to that of sapiens; vampire retinas were quadrochromatic (containing four types of cones, compared to only three among baseline humans); the fourth cone type, common to nocturnal predators ranging from cats to snakes, was tuned to near-infrared. Vampire grey matter was "underconnected" compared to Human norms due to a relative lack of interstitial white matter; this forced isolated cortical modules to become self-contained and hypereffective, leading to omnisavantic pattern-matching and analytical skills4.

  Virtually all of these adaptations are cascade effects that— while resulting from a variety of proximate causes— can ultimately be traced back to a paracentric inversion mutation on the Xq21.3 block of the X-chromosome5. This resulted in functional changes to genes coding for protocadherins (proteins that play a critical role in brain and central nervous system development). While this provoked radical neurological and behavioral changes, significant physical changes were limited to soft tissue and microstructures that do not fossilise. This, coupled with extremely low numbers of vampire even at peak population levels (existing as they did at the tip of the trophic pyramid) explains their virtual absence from the fossil record.

  Significant deleterious effects also resulted from this cascade. For example, vampires lost the ability to code for γ-Protocadherin Y, whose genes are found exclusively on the hominid Y chromosome6. Unable to synthesise this vital protein themselves, vampires had to obtain it from their food. Human prey thus comprised an essential component of their diet, but a relatively slow-breeding one (a unique situation, since prey usually outproduce their predators by at least an order of magnitude). Normally this dynamic would be utterly unsustainable: vampires would predate humans to extinction, and then die off themselves for lack of essential nutrients.

  Extended periods of lungfish-like dormancy7 (the so-called "undead" state)—and the consequent drastic reduction in vampire energetic needs— developed as a means of redressing this imbalance. To this end vampires produced elevated levels of endogenous Ala-(D) Leuenkephalin (a mammalian hibernation-inducing peptide8) and dobutamine, which strengthens the heart muscle during periods on inactivity9.

  Another deleterious cascade effect was the so-called "Crucifix Glitch"— a cross-wiring of normally-distinct receptor arrays in the visual cortex10, resulting in grand mal-like feedback siezures whenever the arrays processing vertical and horizontal stimuli fired simultaneously across a sufficiently large arc of the visual field. Since intersecting right angles are virtually nonexistent in nature, natural selection did not weed out the Glitch until H. sapiens sapiens developed Euclidean architecture; by then, the trait had become fixed across H. sapiens vampiris via genetic drift, and—suddenly denied access to its prey—the entire subspecies went extinct shortly after the dawn of recorded history.

  You'll have noticed that Jukka Sarasti, like all reconstructed vampires, sometimes clicked to himself when thinking. This is thought to hail from an ancestral language, which was hardwired into a click-speech mode more than 50,000 years BP. Click-based speech is especially suited to predators stalking prey on savannah grasslands (the clicks mimic the rustling of grasses, allowing communication without spooking quarry)11. The Human language most closely akin to Old Vampire is Hadzane12.

  SLEIGHT OF MIND

  The Human sensorium is remarkably easy to hack; our visual system has been described as an improvised "bag of tricks"13 at best. Our sense organs acquire such fragmentary, imperfect input that the brain has to interpret their data using rules of probability rather than direct perception14. It doesn't so much see the world as make an educated guess about it. As a result, "improbable" stimuli tends to go unprocessed at the conscious level, no matter how strong the input. We tend to simply ignore sights and sound that don't fit with our worldview.

  Sarasti was right: Rorschac
h wouldn't do anything to you that you don't already do to yourself.

  For example, the invisibility trick of that young, dumb scrambler —the one who restricted its movement to the gaps in Human vision— occured to me while reading about something called inattentional blindness. A Russian guy called Yarbus was the first to figure out the whole saccadal glitch in Human vision, back in the nineteen sixties15. Since then, a variety of researchers have made objects pop in and out of the visual field unnoticed, conducted conversations with hapless subjects who never realised that their conversational partner had changed halfway through the interview, and generally proven that the Human brain just fails to notice an awful lot of what's going on around it16, 17, 18. Check out the demos at the website of the Visual Cognition Lab at the University of Illinois19 and you'll see what I mean. This really is rather mind-blowing, people. There could be Scientologists walking among us right now and if they moved just right, we'd never even see them.

  Most of the psychoses, syndromes, and hallucinations described herein are real, and are described in detail by Metzinger20, Wegner21, and/or Sacks22 (see also Sentience/Intelligence, below). Others (e.g. Grey Syndrome) have not yet made their way into the DSM23 —truth be told, I invented a couple— but are nonetheless based on actual experimental evidence. Depending upon whom you believe, the judicious application of magnetic fields to the brain can provoke everything from religious rapture24 to a sense of being abducted by aliens25. Transcranial magnetic stimulation can change mood, induce blindness26, or target the speech centers (making one unable to pronounce verbs, for example, while leaving the nouns unimpaired)27. Memory and learning can be enhanced (or impaired), and the US Government is presently funding research into wearable TMS gear for—you guessed it— military purposes28.