Flicker
Every now and then something really crazy happens. The crazy events may vary in duration and, if you will, radius. Sometimes they leave a deep stamp on something that lasts afterward, like the twisted face of a flounder. Other times there’s just a small gap – something missing, something there, something off or something on – that flickers in and out. Time for maybe one person, maybe, to see it. Ten thousand years later someone else gets the same treat. Crazy things have to be rare, because humans can get accustomed to things pretty quickly. Fire? Sure. Eclipses? Sure, sure. Descent from apes? Waves and particles? Matter and energy? Nothing and something? Sure, sure, sure. Next please.
But that’s wrong. Crazy things actually don’t have to be rare. They can happen all the time. They just have to be thought of as rare.
And then you get your peak between familiar things, and something moves, something broken up by those fence posts between the known and unknown. And you only have time to fear it.
Flicker
– – –
I’m insane now. The diagnosis has no challenge from me. I think of it as a contagious property: spend time around hot things and you will get hot; spend time around water and you will get wet. But spending time is a tricky phrase for me now.
Right now I’m spending time in my cell, looking up at the white tiles at the ceiling, trying to see through the black holes they punch in those tiles for some reason. And I look bored. It is boring in here. But when I leave … and I think I will leave soon … I’m not sure it will be by the locked door, or by the grated window. There are no obvious means of suicide available, but I think that very soon, sooner and sooner, I will flicker. I will go out. I will become a crazy thing for someone else to try and explain.
Let me try to explain this: it was a problem of timing.
I was once a telecommunications specialist, one of many thrown into a huge and well-financed international effort, which we came to call the Zeno Project in our emails because the real name was filled with corporate sponsors. Our publicity people said first there were Time Zones, then there was GPS, and then there was us. Shrink the world enough and you don’t need things to be in the same room anymore, because it’s messages that matter now … talk by wire, talk by waves, talk by light, and now …
Talk all at once. Fill a second.
As an undergraduate I was lectured and examined extensively on the limits of my craft: how many operations per second? Do the physics, make the assumptions, and here’s the ceiling. Then the ceiling cracks – no, it’s like it’s not even there, it’s just not. You get there, reach – and nothing stops you! The inventor howls in triumph, gets rich. A new ceiling is added to the blueprints. The field climbs. I wasn’t one of the guys at the top, those mountaineers with their hammers and spikes and spools of rope making the path, those Teslas, those Goddards. I confirmed things. I duplicated results. I was part of the peer review.
I sat in the basement of E6, Dernst University’s latest addition to the campus, with a $12 million stopwatch, and it was there I went insane. My stopwatch had lasers, gratings, and photo-multipliers, all of the highest quality. The intellectual work going into the Zeno Project was minimally centralized, with most researchers able to stay in their respective nations and report results to the central facility in Geneva, which was built slowly at the base of the growing consensus on whether we could pull off sub-Planck time-step computation. I was a minor player among the large group destined to get mentioned once, in a huge list, if the machines ever actually worked, and was funded accordingly: the stopwatch’s critical and most expensive component was an embarrassment. It was a supertransmitter channel about two microns in length.
If you’re outside the field you probably think supertransmitters are fancy, near-magical things, but that’s just because the journalists started paying attention when the money came our way. The first hints appeared as early as 2008, unrecognized, mislabeled and ignored. But some Tesla did his work: Grossman or Ruter, depending on your source. The speed of light increases as you take things out of its way – glass to water, water to air, air to vacuum. That was the limit – there was nothing else to take away. Of course, they knew that there actually was some stuff down there, some minimal energy, some dark matter exotic fluff, tricky and presumed to be constant. Grossman or Ruter called bullshit on that: not only was the classical vacuum imperfect, but you could even make a better one. The speed of light just keeps crawling up and you’ve got yourself a supertransmitter. The longest continuous path ever made was about 500 microns when I graduated from the University of British Columbia. By the time they gave me my fancy stopwatch some group in the Netherlands had confirmed lengths exceeding a millimeter. Average lifetime: under three seconds.
But it’s a crack, you see. Something to get your fingernails into. Let the prying begin.
So two microns was a discouraging length to work with, certainly no good for the higher level experiments. And my two microns of space was cumulative between twenty separate pieces, which I could organize to make only the most frustratingly simple of circuits. I had to read through the papers of the Teslas with a highlighter, desperate for something I could imitate, but not yet already certain. And then I would jump to it, because there were stopwatches like mine all over the place now that every technical university felt obligated to have a crew in the Zeno Project. They were training graduates to do my job, with the Korean group dominating work with smaller-circuitry: they worked in a team of five and shifted the fiddling and the exhaustive testing between them, playing games or watching movies in between. Gone were those days for me: I had had two graduate students when my work with the stopwatch began three years ago, and I lost them both in the first year to more interesting work. They were younger people still with the energy to climb for difficult things. I was thirty-eight years old, and had found something tolerable. So there I sat, leaning at the screen, fiddling and waiting.
My contact into the depths of the Zeno Project was a man named Pavle Radovonik, who had lectured and trained me as a graduate but moved on to Geneva before my research position was established. He was still with that youthful energy that something had sucked out of me, and I believe he never lost a contact wherever he went. His emails responses were always quick to come, and yet it was rare for him to confuse me with one of his other friends. He got a lot of favors out of his friends and in return was talkative, eager to let slip anything we’d want to know about what was really going on in Geneva.
“They’re making the supercomputers run the Zhe configuration every which way,” he confided to me after I had just sent him some very negative results. “They don’t quite believe you. It’s lose/lose: they won’t like you for being right and showing them wrong, and they won’t like you for being wrong. Did you try the Shcha/Ansuz pair?”
I did, with more promising results. The simplest circuit designs under investigation were all named after the letters that they resembled, but the notation became unwieldy when it started using Runic and Cyrillic stuff.
“You up for another online conference this Friday?” Pavle asked me when I got back to him. It was the obligatory social function that some supervisors had cooked up to discuss the ‘issues and implications of our progress beyond the technical, with an eye to society’. It was there in the itinerary for others to see, and to generate a small blurb to feed to journalists every three months or so, but attendance was not strictly required and easily shrugged off on count of running experiments, problematic components or sick kids. I didn’t have the last excuse, and had already plead faulty equipment the last two Fridays, so I begrudgingly said I’d be there. After getting a big cup of coffee and chatting with the custodian for a bit I sat down in my chair and logged in.
They’d arranged for a speaker in the first half while I was out, and the guy was a physicist. A big picture guy who was more interested in what our work meant for the scientists rather than the engineers. He was going on rapidly about Planck time as a disembodied voice coming out of my speaker:
“You see, the philosophers distinguish between this thing they call ‘real time’ and what we practically track, what they call ‘measurable time’. Real time is what actually passes, and measurable time is what the clocks say. You can have any mismatch you want: everything could freeze right now for a million years in real time, and then keep going, but if everything froze together there’d be no way to know. Any change that occurs everywhere can’t be known. So, uh, what Dr. Liu brought me in to talk about was what’s going on between the time steps, you know, where you guys are actually playing around.”
Planck time is the solution to one of the Zeno paradoxes, which is where the unofficial name for the sponsor-heavy project came from. Before you can travel from point A to B you have to get halfway there, then halfway again, and so on, and it looks like you’ve got an infinite number of points in space to occupy before you can get anywhere. The solution is to say that the division of space and time cannot proceed to infinitely small scales: there’s a limit, a pixilation to reality. The smallest meaningful space is the Planck length, and the smallest meaningful time is the Planck time.
The problem that our physicist friends were dealing with was the fact that Planck time was defined as the time it took for a beam of light to travel one Planck length in a vacuum. But in a supertransmitter light was even faster, so things got very confusing. The confusion was what ran the Zeno Project: it seemed that meaningful operations could be performed within a single Planck time step, and even if the maximum transmission length was tiny many units could cooperatively do any arbitrary number of tasks in one step, filling a second. But the physicist wondered to us: what was the rest of the universe doing while our circuits added up numbers in the time between times?
“The temptation,” the physicist said, “is to think of it like an old mechanical clock gear, which hitches up regularly, starting and stopping. Then, if that’s true, between the Planck time steps we are all just frozen, waiting for the next move. Frozen until now, when you send messages down a supertransmitting tube. But it seems unlikely that absolutely nothing is going on anywhere else, and it’s harder still to think of how everything could be frozen if the real time is still there, still available and now measurable. You see, think of how much energy it would take to freeze the universe just once. And then, to start it up again. And then freeze it again, between the next time steps, and so on, trillions and trillions of times every second …”
It was a long appeal to us to keep contacts in the science departments and consider partnerships or loan of equipment time once the Zeno Project was completed. ‘Was completed’ were the physicist’s words, uncommitted to success or failure. They weren’t an optimistic bunch, with the engineering in Geneva proceeding without a theoretical blessing. It was working, but saying why it worked was very hard.
“And of course not even knowing why supertransmitters can super, uh, transmit makes us all a little nervous. We don’t really know, after all, what it is the Ruter scaffold removes or blocks from the channel in the first place.”
He’d finally gotten to it, as I’d expected he would: the Else. The stuff that was in the classical vacuum that Grossman and Ruter had blocked out. Grossman and Ruter had apparently achieved this feat on the same hour on the same day in different continents, and were destined to feud for credit forever. Anyway, there was something in ordinary space known only by its absence in a supertransmitter tube, and keeping it out of the way let the light travel faster. The naming process had taken a while: it was probably distinct from the dark matter candidates, and originally they had wanted to call it the Ether. But that had irked a few of the relativists, so they had settled on calling it the Else. The Else was an exotic nuisance: for one thing, a fresh paper that everyone was racing to disprove suggested that it couldn’t even be made out of particles.
Pavle took over after thanking the physicist, assuring him that full access to the circuit research would grant them lots of new data to consider, and that lots of students going into the field could be easily sidetracked into working for them instead. “Now, I’d like to let you fellows in on the supercomputer results for the WRT combos. A few of the guys listening here saw their work redone for ten times the budget down here, and you’ll be pleased to here that the statistics are showing your work to be more accurate … ”
Thankfully, I was not called upon to illuminate the failures of the Shcha designs.
I was cooking up excuses to get out of next week’s meeting: they didn’t need me, and chances were I wasn’t going to find something spectacular to bring up anyway. I wouldn’t attend the next conference, but not for reasons that came to me then.
– – –
One thing going for my small little supertransmitter components was the purity of the vacuum, even when they were linked together. Getting the separate pieces to have a nice interface was often difficult when the parts were reorganized frequently, but since I was the only person regularly using the stopwatch there were none of the surprises that afflict teams of individuals bumping into each other’s adjustments. This meant that, as discouraging as my results often were, they were usually conclusive and infrequently refuted, either by other stopwatch experiments or by simulation. I unwittingly came to the attention of one of Pavle’s bosses, Maryam Nish, who had pulled an interesting result from one of the supercomputers, and she decided to throw it my way first. Another thing going for me was the price: per operation, my arrangement was quite cheap, with the university culpable for most of my ultimate pay. Cheap but reliable, I was invited to an online chat with Dr. Nish, who laid out the setup.
“You will need to surround one unit with at least three others, with the smallest possible spacing without contact. Your tolerance was below twenty nanometers, correct?”
“Below fifteen for most setups,” I told her.
“Good. Up to fifty would have been okay, but your instruments won’t be as sensitive to the effect unless it’s really close, if it’s real at all.”
“I’m not entirely sure why you want the primary beam pointed at a wall.”
“This is the interesting part,” she said. “It seems that when one vacuum is reinforced with others, making the speed sufficient, there is a time between one step and the next when the barrier … it’s not even there, and the message can go through.”
That means so much more to me now: it’s not even there.
But I was still thinking like the physicist, assuming that we were all just frozen from one step to the next.
– – –
Here’s what happened:
Before actually running Nish’s request I assembled the fundamental part. The laser whirred into position, taking thirty seconds to align properly. Total path length: one micron. A normal beam of light would take about 62 octillion Planck time steps to travel it. But with the supertransmitters aligned as specified, simulations suggested that there would be time for three reflections inside a single time step. Three operations smuggled in, if only for the barrier stuck in the middle of it.
I realized, when I told the program to start running, that I would have something to say to that physicist later on whenever I ever got pulled into a another meeting: a hint as to what goes on all the time, between the shortest moments we can perceive, a trillion times as you blink. Something really crazy
The light got through. The barrier wasn’t frozen in place between one time and the next. It was gone. I added two barriers. They were both gone, in the time between times. I added all the barriers I could spare. No effect: at this purity of vacuum, at this clip of time I’d accessed, objects didn’t exist.
We flicker, I now understand. We are here, and then we are not here. We are nowhere, and then we are here again. And gone again. And here again. And it is only the speed, the absurd speed of these transitions, which give us the impression of continuity.
And what’s in our place when we are not here? Void?
I submitted my findings to Dr. Nish, who accepted them quickly and promised me a place is any publications that came of it. And something did come of it, which made the cover of journals both academic and popular. My name was down there in the special thanks, between numbers 47 and 49. There were many cheap and reliable people in the Zeno Project, apparently. I wasn’t insane then, but I think something was starting to go wrong. I was unable to keep the intrusive thought out of my mind: the proposal that objects might flicker was presented in the papers and the grossly simplified magazine articles as theories for physicists to gnaw at, but it felt more real to me, unscientific as that is. I had been there, and at one point held the barriers in my hand: they had started off as a large silicon wafers, four inches across, and I had sent one of my graduate students to the clean room to run lithography and make the slender barriers to install around the supertransmitters. They had had weight, they had pressed against my skin, but they weren’t there between one moment and the next. They just weren’t. I had run the experiment over and over again more than a hundred times with different numbers and configurations of barriers: nothing else was coming from Pavle or Nish at the moment, so I held the course. There was never a suggestion to the contrary: there are times when we don’t exist, and I couldn’t read text without thinking about it. Seeing the characters, seeing the spaces, those holes in the picket fence … could they really be blank?
It was Nish who started it, but she isn’t insane so she mustn’t have finished the thought through, as I have. I ran configuration after configuration, and then I worked out how one vacuum really reinforced another to boost its purity by shielding it from the accursed Else. I realized that I had just enough parts on the array to provide a little more shielding, getting even more speed. Now there would be time for more than a million reflections within a single time step. The experiments done by others at this rate of speed always encountered difficulties: random signals would be halted, even if there were no barriers there.
I felt obligated to push the button. To confirm or deny.
There is one thing I did differently, one flaw in my duplication that may have been the cause of it all, for which our world may end if I am not insane. I say that I am insane now because the alternative, that I am correct, is apocalyptic. I’d rather be insane than correct in this matter.
They ran their high-speed experiments in short bursts, because their machines were expensive and time was valuable. They had a huge list of configurations to run and as soon as results came from one they went to the next. Lacking orders from above, I had taken the time to configure a very pure vacuum in a comparably cheap machine, with I being the sole user. So I let it run even after results were confirmed, looking for a change. Waiting for something, some new crazy thing. I saw the barriers disappear, flickering off, and then I encountered the same problem as the others. Signals stopping suddenly, for no obvious reason. At different speeds of light there were different barriers, some more reflective than others, seeming to manifest in empty space in the time between moments. They had nothing to do with space: I reoriented the array every way I could, and the problem still persisted. The barriers weren’t appearing in the same space.
But they were appearing, always, at the same time.
I maxed out my array capacity and went into the clean room myself to make some new parts. All charges billed to Geneva.
I built branching supertransmitting arrays, and came to the conclusion that not only were the barriers always appearing at the same time: they were appearing regularly. As regular as our own Planck time step.
We exist, and then we are gone, then back again, but in between …
Other things …
I forgot the next Friday meeting. I simply forgot it. I had just realized, that morning in the shower, that it might be possible to image whatever it was I had found.
– – –
I had been filling the array with light of just one color all this time. Getting other wavelengths into the aiming system was straightforward: the other laser sources had been purchased earlier by my predecessors, who had had very different things in mind, and their storage had been adequate. I resolved to plot reflectivity against wavelength for all the mysterious barriers I had found: then I might estimate their composition. And in time I was able to reposition a photomultiplier tube for an odd job: collecting a blurry image with polarized light passing through a rotating filter.
And to get meaningful results I would have to leave the system running for longer periods of time. I didn’t realize until later that no one else had done this. My madness must have progressed, unnoticed but considerable, by this time, for I had furthermore neglected to realize something that should have been clear in the papers: these mysterious barriers which blocked messages at the highest speeds were not thought of as physical barriers by other researchers. They assumed that the vacuum purity, which is not constant but slowly fluctuates, was getting in the way. This sudden lapse in diligence, after years of commended work, would have been noticeable if I had had I boss to report to every day. But my immediate boss, Dr. Adevich, had been transferring away to Berkeley and his replacement was content to talk to me only by email, and usually only once a month to congratulate me on a publication or whatever word of my research had gotten around. Dr. Adevich was still here on occasion, and I think they each assumed the other was paying more attention to what I was up to. Now that I was also losing track, something crazy could happen.
I tried collecting reflectivity from the barriers at different wavelengths, and built charts that will never be published, not after I axed the university databanks and set the lab on fire. Since I am insane, I do not trust myself to tell you the truth, but what I clearly remember is this: in a digital library of over 100 000 materials, no matches were found.
So it stood to reason that the researchers were right: these weren’t physical barriers, but some issue with the vacuum. That insidious Else, seeping in.
You know, if the Else didn’t exist, we could travel thousands of times faster than the speed of light. And we’d think faster too. We’d be gods. We wouldn’t waste any time, there or not there, frozen or whatever, waiting to be. And we’d be able to see whatever’s there, between the picket fences.
I took my images, and I remember seeing atomic arrays, the kind you can see in crystals through powerful microscopes. A few were familiar, resembling copper, silicon, despite the reflectivity measurements. Their sizes and spacing were all wrong, though. The elements suggested by their sizes were incapable of forming the patterns I saw: some of them were sized as noble elements, which shouldn’t be forming crystals at all. Others were forming far too many links with their neighbors. Others weren’t even round. I searched for anything like this seen before. Unhelpful – the closest matches were supercomputer simulations of the exotic quark matter in the densest stars, matter that needs pressures and temperatures that would obliterate the planet if ever they were arranged on its surface.
Pavle’s emails were going unreturned, and he may have gone to a greater effort to see just what was going on if not for an apparent breakthrough in the higher levels of the Zeno Project that made guys with cheap stopwatches such as myself kind of unnecessary. The supercomputers were insisting that entangled particle pairs could be stored in separate supertransmitter elements, and if their entanglement was preserved then it didn’t even matter that long supertransmitting elements couldn’t be made: the connection between two entangled particles in an Else-starved volume was as good as a physical one. This complete leap over the path length problem could allow for thousands of machines all over the world to act as if they were all linked together as one machine – a machine which, furthermore, could not only be able to send superluminal messages, but would also be able to rewire itself at superluminal speed because there were no physical connections between its parts.
The uproar over these results, with critics and enthusiasts clashing at the drinking fountains and in the press, eagerly consumed by journalists making dozens of puerile comparisons to tired science fiction plots, swept outwards from Geneva and filled the universities. Attendance to those Friday meetings tripled. Down in the basement I was only peripherally aware of what was going on. I cannot explain my attitudes at this time: they were talking about omniscient machines, about making gods in our own image, and I was looking at blurry black and white snapshots of grids. Something crazy was appearing through the pickets.
I uploaded my images to a computer with expensive software, certainly not my own: first-principal physical and chemical analysis code, striving to reproduce a target by calculating the most reasonable synthesis path. Its owner was a chemistry professor who had left to Miami for the weekend, and when I knocked on his door it opened on its own. The fool hadn’t locked it, and the username and password were taped up next to the screen. The data files the software produced were huge and detailed, most of their content irrelevant, and after selecting valuable parts the chemistry professor would simply delete them rather than arrange additional resources for storage, so there was no record of previous tasks. It was an absurd, contrived opportunity that needed to be exploited: I uploaded my grids, looked cautiously around, and waited, too energized to sit. Ten minutes on one of my grids produced a conclusion of copper, but of an exotic isotope packed, furthermore, in a configuration which the software interpreted as an error, trying to separate it as two superimposed grids rather than one. Another grid went in, and was rejected almost immediately in thirty seconds. I was determined to get something, so I adjusted the modeling parameters after ensuring that they would reset every time the software package opened. Insane and no longer concerned with getting caught, I tinkered and fiddled and finally got the software to recognize my results as something real. It was able to reproduce the grid to 98% accuracy, making an assumption so bizarre I’m surprised it was even an option: instead of assuming positive and negative charges attracted to each other in a binary system, the software reasoned that whatever was organized in my barrier images was a blasphemous form of trinary matter: positive, negative, and something else. Maybe even something Else?
I laughed my way out the door, and back down to the basement. Here is what I speculate. I propose it openly and no longer suggest insanity as an alternative. You cannot know that you are not insane. Your only choice is to treat everything you experience as if it were real, and if it’s actually an electrical fire in your head then tough.
The intermediate time is not wasted. There are other things going on when we are waiting to exist again, things obeying laws unlike our own. They occupy the very space you occupy ‘now’. We’re all taking turns, and we flicker. We flicker at frequencies that are sometimes faster, sometimes slower, sometimes the same but shifted just a bit. These frequencies, so I then believed, are constant, and never the twain should meet.
As I lay here in my cell for the crimes of axing and burning millions of dollars of vital equipment and research, and threatening my fellow colleagues, I look through the black holes in the ceiling tiles. Black for now.
But not empty.
– – –
Let’s rush to the ending, shall we?
I had collected a total of sixteen bizarre atomic grids, each suggesting some violation in the most fundamental of laws. Between the flickering barriers that I could now catch with my stopwatch were blank times when nothing got in the way of my laser. I started to speculate a bit more: when I encountered a barrier my light was trying to pass through at a point in time when an obstacle was there. My laser light traveled through empty space, and suddenly found itself inside, say, a planet. Or, more likely, a star. Most of the time, of course, it would be materializing in deep space as an absurdly brief red or blue pixel in some black, possibly starless night. I recalled that when physicists talked of other universes with other fundamental constants, most were said to be hostile to imaginable life: most wouldn’t even form atoms. So that the majority of free time between one step and the next was free vacuum seemed like the expected cross-section of the multiverse.
Are there pixels in ‘real’ time? Did we answer Zeno correctly? When we flicker once, how long is that? How much room is there at the bottom? Plenty?
I had already found higher frequencies, other universes that must be running faster in real time. They could be aged, dead expanses. Slower frequencies were harder to confirm, and I imagined that there could be incredibly slow frequencies, flickering just once in a thousand years by our measure. In those universes, if the constants allowed it, the first galaxies might not yet be formed.
To collect more frequencies I ran longer experiments. To get better quality atomic grids to estimate the physics of these alien places I increased the brightness of my laser. A brighter pixel flared in the colossal dark.
And eyes turned to me, through the pickets.
I think it is very strange that I was in the room, seated and alert, when the changes began. Most of the time when an experiment was running I was in motion, printing off and viewing grids, trying in vain to fit them to some known material. Maybe it was coincidence. Or maybe they waited for me. Maybe I was flickering to them already, being imaged, by minds able to resolve much more than a few grainy atomic lattices. I sat down to begin the hunt for newer, slower frequencies, hoping to show that the slower the frequencies the denser, and hotter the cross-sections were. If these were other universes like our own flickering briefly then a few of them should resemble our own, and the slow ones should now resemble our universe as it was in the deep past: dense and hot. The trend I had right now was inconclusive.
And then something went wrong. A new barrier appeared, a new object in my way, at a very high frequency. I leapt into action, sure of a tenuous alignment: whatever point in space I occupied mapped to a point (truly the same point) where some object was flying by, perhaps, as transient an event as an eclipse. I did not know it to be something wrong: something new in science cannot be wrong, really, if you believe what we tell ourselves – if you’re right you’ll teach the world, and if you’re wrong you’ll teach yourself, yeah sure. It was just another cross-section to extract, and my blurry grids came into view.
Whatever it was stayed in my way. I kept changing light frequencies, and they would go through … for a while. But one by one the reflectivity increased, and nothing got through. Since this barrier manifested itself at a high frequency, more than six thousand times faster than our own, it was blocking my way quite effectively. It had eclipsed all the slower frequencies, but in doing so I had a long opportunity to look at it and work out its structure.
That’s something that’s everything is supposed to have, I think, but the Else. The Else can’t be made of parts in any relation to each other. Maybe the Else is just one part, delocalized everywhere, like a universal cataract.
The new lattice was perfect in a way that should have warned me. Perfect things don’t naturally exist. I had been looking inside whatever passed as rock or plasma out there, and I was now looking at some artificial, a machine with not an atom out of place. And these atoms were like urchins, and they spun between shots. They spun together.
They began to slow down, and the barrier frequency began to slow down. Now I finally knew that something was wrong, that I was being meddled with. I left me chair as my screen alerted me to the obvious: eminent alignment. Either I was speeding up, or they were slowing down, but we were meeting.
And even as I turned to leave, to take a walk from my stopwatch, a walk that would become a run very soon, I saw the flickering, the moiré pattern getting darker and darker. The farthest wall was blinking, black and then back again, but spending more and more time away. There was nothing there when it was away, and then it was gone and didn’t come back. My feet came to a halt less than a meter from the unsteady perimeter, beyond which were oily, flowing black knots, like wood knots but in motion. The ceiling disappeared, and I became aware of a spike piercing down to my stopwatch. At its tip, where it was now linked to my tool, it shined like metal, blessedly familiar metal, but as I followed its widening length up it grew dull, and oily, and then it started to move with the nauseating background. It surrounded me now, and the quality of all sounds changed suddenly: my startled, quickened breathing, the sound of my footfalls as I retreated away from the edge, were all at once contained, as they are in a very small room with flat walls. That distinctive, unpleasant, claustrophobic echo told me that whatever air I had was limited. What light remained, stolen from the vanished ceiling, came only from my monitor and instrument panels. There were additional monitors on the stopwatch, switched off and unplugged, but a few had still been linked to power and, sure enough, gave me a blank blue glow when I jabbed them on. No signal, but just a little more light. When I had all the light I could get I made a full circle of my fishbowl, and finally saw more than dark out there.
I should not incriminate myself further, if there really is a chance of walking freely one day, but it’s too late now: I saw things which I first thought were clothes on invisible hooks, in a row perhaps five steps past the beginning of the black with hanging sleeves and unfilled torsos. They had legs too, like jumpsuits, but the material included shoes, it seemed. And something else, on the chest, was also there: the dim light fought analysis but I grabbed a monitor and tried to point it directly at the nearest, contemplating throwing the monitor at it for a second. The thing on the chest of the suit looked like a very fat, short tie. Then I understood.
It was for a head.
And why could I see these husks, and nothing else? Why could I not see what the full-human suits were connected to, or whatever barriers or instruments or living, thinking, plotting things must have been all around me at that instant, but truly in all instants? Well, the answer now comes now with numb extrapolation: knowing how each suggested cross section presented some severe deviation from the basic laws that rule in our universe, I believe that their native matter, whatever it is, does not experience the electromagnetic force. So light passes through it. If I had dared, if I had been crazy enough at that moment to give it a try, I might have been able to walk through their walls, through them, for the very solidity of objects as we know them relies on the repulsion between electrons. But to contain my air, to give me even this glimpse, to even bring me to this displaced time, they would have needed to make our form of matter, perhaps in some giant collider apparatus. Make it, and then organize it to make an interface: the giant spike sticking into my stopwatch, and through the microscope I could now see the tiny little probes reaching orthogonal to my arrays, meddling. And powering it now, presumably, for the wall sockets were now lost to a misaligned time.
The suits completed my mad idea: if they did not experience the solidity of objects or the light by which to detect them, then they would be ghosts in our universe, perhaps falling helplessly to the core of our planet if they could still experience gravity. How many of their kind had suffered that fate? So they would need suits of our matter, with an interface lining their insides. Then they could see and touch whatever they wished.
As these thoughts reluctantly threatened to make sense, I saw the deflated head of one suit lift up, its surface changing shape, betraying great flexibility as it filled. And it lurched forward, deforming here and there, and the most unpleasant shapes were suggested. How many arms, or digits, of what design? They were lost as it filled, and it filled enough to make clear the face of Pavle. There was also now enough of it filled to step forward unambiguously, and though the knee bent and the hips swiveled there seemed to be additional motions, just barely suppressed, a difficult training invoked to imitate the gait of a human. It came three steps to me, not making eye contact, and then it halted. For one last second it still looked like one pulled fabric, and the head still seemed not truly filled. Then the generous nose was finally established, the last free internal space sealed, and Pavle was staring at me. There was time to blink, but the Pavle suit didn’t take the opportunity.
One sleeve, with a hairy arm limp at the end of it, was still dangling and empty. The biceps seemed to flex, and the arm came up, as if to make a pointing gesture, but I felt my balance and my stomach reject the hideous image: a near-human thing pointing at me, almost passable, except for the dangling flesh past the elbow, not yet filled. I turned, but could only take a few steps away across my little terrarium, and at the other edge I peered helplessly and saw more things on invisible racks. A few didn’t have arms or legs hanging off them, and the ones over here looked smoother. I think of a few of them were blanks, waiting to be tailor-made.
I looked back and now Pavle wasn’t alone: another suit was inflating to its side. It had been pointing at me for the benefit of the others, and now Pavle seemed complete. The fingers fiddled, the way we do inside gloves that are just too big, trying to push in for a tight fit. One hand gripped the other, and then switched, pulling down at the wrist each time, making the allusion clear.
It’s no surprise that the second suit was a copy of me: that’s what I was here for, after all. Perhaps they had already exchanged Pavle, but maybe there’s still hope for him – by other stopwatches they could perhaps watch, collecting his image in the necessary detail, along with many others, and coordinate a quick mass exchange without need for slow infiltration and risky acting within the Geneva group. But I had come close enough to the truth, had perhaps even altered them to our existence through my damnably long, thorough experimentation, and would be replaced now. My replica was complete, and walking over, passing through those walls and ready for my world. Pavle stood by, perhaps as a spotter or a trainer.
So who lays in a cell now? What got me back, if it’s really me over here? Maybe that energy I thought I’d lost that the others had maintained, keeping them dissatisfied and cocksure enough to get the promotions, the big responsibilities and the big houses and first and second wives finally got out with the danger at my heels. I locked eyes on that spike, and suddenly wanted to hit it. I realized about two seconds later that my chair was in my hands, and I swung hard. I expected it to bounce off something hard, but my mind gibbered hopefully that I could knock out the alignment, keep them out of my circuitry, maybe whatever they did was reversible, or needed the spike interface to be maintained and otherwise I would snap back home. The legs of my chair struck the spike and I heard it groan and crumple like a large empty can. It snapped away with a clear joint above where I had struck it, and the strength left my limbs as the oily black knots all around wavered, as the walls of my lab had before. What replaced it? It was too fast to resolve at first, the flicker so rapid that nothing could be recognized – there was only time to imagine afterward and be afraid, and the next flash would just add to the confusion. But suddenly the flicker became a waver, whatever it was not completely going away, and the uncertain perimeter extended outward, embracing more, embracing the ceiling and fluorescent light of my lab again.
I turned, dropping the chair on its side, and my replica seized my neck just as I grabbed automatically at it. I could feel it inside, distinct and moving. I pushed and screamed, hearing a crashing sound as some part of the spike, the part that was matter like ours, without its alien support, descended and smashed down on my stopwatch apparatus, heavier than my damage with the chair would suggest. Whatever perfect structure in its atoms was gone now. My replica stumbled backward and slammed into a shelf of books that was now behind it, and I’m pretty sure it went too far in. I’m pretty sure that where its face had been suggested that the back of its head had to be smashed flat like a piece of dough, and that the edges of shelves were digging into its back. I had touched it for just a second, but I am trapped in the memory of its softness. It was not completely ready, whatever was inside it, and it struggled to lurch forward.
I ran, tripped over the chair, scrambled and tried to keep running. I rammed my shoulder into the door, bruising it, and stumbled into the empty hallway. Of course it was empty now, because it was in the evening, and of course it was in the evening because that was the opportune moment for an exchange. No one to stumble in while I was realigned and see … what exactly? A black sphere, sucking in air?
No, let’s get to the end. I went through it once, and this is too much to happen again, this telling. I told you that there was an axe at the end of the story, and the axe was at the bottom of the east stairwell behind glass. It was a relic, I think, and it is now hard to think what good an axe could have done in a fire down there. The doors were metal, the walls concrete, the only things vulnerable pipes full of wires offering electrocution. But I ripped open the case and found it in my hands, that energy back in my limbs, the energy of a maniac, but a maniac who survived. I went back to my lab, and it was almost at the door. It had regained its shape, and that was bad, to know that whatever was in there was deformable enough to squish and squash without harm. But it was an astronaut, I remember thinking, and all that high tech is for naught against a maniac with an axe.
It raised its arms and I sliced between them, trying to land in the chest. I feared that it might actually be too flexible, that it would mould itself to the blade and not tear, and I think it tried to. Its eyes bulged, but not like a human’s eyes … they haven’t seen that yet, perhaps, unless they have already exchanged others and seen their terror as immaterial gloved hands closed around their throats. The eyes got wide and the pupils expanded, trying to see more. The blade was caught on something as I tore it free, some breach in the imitation hide and shirt. There was a hissing – in or out I can’t say, and it began to shake. It opened its mouth and it was just black inside, and I swung again, bellowing one long syllable until my lungs gave out. Thrown back on the floor it was trying to cover the notch in its chest with one hand, but the other arm was reaching back, trying to get to the back of the head, and I think there might actually have been something like a zipper buried in the hair. Was it in pain, and trying to die quick? Or was I completely wrong – was the suit just for infiltration, and not survival, and did it want to fight me unfettered? I hacked again and again, and the hissing increased. It convulsed on the floor, turning to crawl on its belly toward the ruined stopwatch, but it didn’t turn properly, and I could see an outline, the internal thing moving first, pressing brief but hideous features into one cheek as it rolled over. I submerged the axe between its shoulder blades and felt burning between my own, my strength near its limits. That hissing kept going on and on, and whichever way it was going it was too long, like there was too much space inside that suit.
So the rest of the story: the fire. I heaved the axe with me up to the chemical lab on the ground level, kicking in and interrupting some kid rushing to get his experiments done before the weekend ended. He shouted something as I dropped the axe and picked up a fresh jug of ethanol. There was more than the replica to destroy: there was my stopwatch. I can’t know the limits of their technology, but my abduction was suggestive of some hardware requirement on our end, maybe minimal compared to their setup, but still essential. It had to be ruined. Its vacuum had to be breached and its circuits fried – its fingernails needed to be retracted from those cracks, from between the pickets. I came down and it was still there, against my expectations I must say, because you’re supposed to come back and find everything normal, right? My insanity was consistent enough, and I dumped most of the jug on the twitching replica before remembering the stopwatch. I could see that spike rolled off to one side, crushing a monitor, and the central chamber was exposed. Not good enough. I dumped the rest into the $12 million heart of the machine, and jumped over for the tiny soldering tip I use when I have to rewire larger parts. How absurd I felt as I waited for it to warm up, snapping my head back and forth, to the door to the watch to the doused replica to the walls that threatened to flicker again, watching it twitch, watching that spike gleam, not yet thinking of these things as pieces of evidence instead of threats. That came as the tip grew hot, and I plunged it into the stopwatch core first. It caught fast and I burned my left hand, pain that went neglected as another hand closed around my ankle. The dripping thing looked almost deflated, but it was somehow still in there, and I jammed in the tip at one of the knuckles. It caught, and so did my pants. I leapt and we howled together. There were quick footsteps coming down the stairs, just that kid for now, but I was not done. The replica and the stopwatch were the immediate concerns, but, but …
The axe was in my hand shortly afterward, intermediate time blacked out of my mind, flickered away. I sprinted, sometimes followed, sometimes ahead, and put the axe into everything in my lab. My work of the past few weeks contained all the instructions for building and calibrating a keyhole to our universe, and things were out there with keys. The blade bit into plastic covers, pried further, and got into the circuits, chopping deep. I chopped my own computer, and remembered the material in my email account stored as backup, stored in the university servers.
I made it there, and I think I did enough damage before those custodians pinned me down. I was screaming something, and they were screaming back, because I was a maniac with an axe, and when they finally held me down I had time to feel my burns and tortured shoulder and back muscles. I gave up, and the energy left me.
– – –
I’ve had too much time to think things over. I want something to change soon, to take me away from this horrible wait.
No one has come in to talk to me, or just to look at me in a while. If I was on some kind of watch for violent or suicidal behavior you’d think they’d monitor me more obviously than with the camera in the corner. Will that lawyer finally arrive? Seems like too much time has passed.
Still see light coming in through the small window in the door, and through the bigger window. I need to stay awake before the sun goes down – otherwise I’ll snap awake in the dark, and maybe have the imagination to see a moving wood knot, or a hanging limp thing filling up with interior movements. Then maybe I’ll lose it for real. The truth is I wish I was insane, but I don’t think I am, not really.
No one’s mentioned the burned suit they must have found in my laboratory, or the strange metal spike that wasn’t supposed to be there. They should have, shouldn’t they?
Yes, I think I will go out soon. Laying here has given me time for conclusions that are straightforward given the absurd premises, but not at all encouraging:
The frequency that their barrier first manifested at, relative to our own, is about six thousand times greater. That means that for every second we experience they experience about 100 minutes. So all my frantic running around and burning things was pointless – if they really could have reestablished the transition and gotten me back in their clutches they would have done so. Since they didn’t the damage to the spike, or to the stopwatch by the falling spike, was enough to make me inaccessible. But more importantly, if they had so much more time than us, then they have already experienced years since our encounter. Even if I told everyone and were believed, what could we do?
Furthermore, if their universe was six thousand times older than ours then it was possible that all their stars were dead. What could possibly keep them going once the void became complete? If they knew how, they could access younger universes at slower frequencies. Find them and siphon off their energy, perhaps. If this were true then they would be desperate to win, and they would probably have done this many times before. Their ability to make interfaces between spaces with mismatched physics was a sure emblem of vast technological superiority.
There’s a bubble of radio waves expanding from our pale blue dot, passing by more and more stars. We’d always thought that that would be the broadcast, that that was how we might be found by someone else out there in the black. But I think there are other ways, subtler ways, that we might become known from even farther places, as we make particles jump through strange hoops and attain ever higher energies, unaware of the spooky action a distance moving out at unknown speed. Through space, through time, through normal and dark matter, and what Else?
Did I just see that? Did I just see the square window in the door go black for a time, a single flicker? I’m staring and I’m waiting, and I wonder if I’m tainted. I’ve spent time in their space, at their frequency, in the inhabited dark of a blink, and maybe I wasn’t brought back perfectly. Maybe the alignment wasn’t quite right, the fit only superficial. There are errors in everything, so maybe I’m not properly aligned, and if I wait long enough the error will keep adding up and …
There again. I’m sure. About three minutes since the last one, which was less certain. For a second I saw darkness past the foot of my bed, and the door was completely gone. It has started.
I get up, looking all around for some extra hint. Nothing else, but it is too quiet around here. There were people in the halls but there aren’t any now. No interference. No doctors or lawyers coming. If they are still here, they have zippers in the backs of their heads.
I face the window, looking through my reflection to see the city outline against the sinking sun. I can see an apartment building burning in the distance, across the still river. There are no sirens at its base. It has been burning for some time. I think a lot of students were living in there.
Darkness again, eliminating those remote things. There’s just me and the window and the immediate walls. I don’t want to look behind me. I have time to blink once, and still see darkness, before the outside and the apartment building returns, still burning. My reflection is catatonic, without emotion.
I see that the still river is now flowing rapidly, as if some new space has become available to the water, like a sinkhole. I think of another kind of hole: a wormhole. I think of invasion. In just twenty seconds I’m looking at a line of black and drying mud. And just before the darkness comes again, I look at the sun. I think it is shrinking.
And now my reflection moves. It is choking me.