Microstory 2605: The Vanguard of Equilibrium, Their Eyes Opened

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August 19, 2526. The crew of the Proxima Vanguard are sitting in the communal area of the station, quietly doing their own things. There are only three of them here, because three is all you need. Actually, you don’t even need that. Automation can technically handle everything, but the reason they don’t do that is because then what’s the point of humans? It just seems irrational that they should have this stablecraft at the L1 point between Proxima Centauri and Proxima Doma, and not put a few people on it. They don’t have to do much, though, which is why it’s not a bustling metropolis, like it is between Sol and Earth. They’re just here in case something goes wrong. And something is about to go wrong.

The Chamberlain is watching an ancient TV show called Dawson’s Creek. They’re allowed to do whatever they want, but only as long as the monitors and alarms are within sight, which means no holographic imagery, and definitely no immersive VR. Two-dimensional media is all they have available. That’s one reason why this isn’t a very coveted position. It’s so boring, and the ways of passing the time are limited. The Chamberlain is fine with it, though, as are the Engineer and the Sensate. At the moment, the Engineer is playing this outrageous game where you push a block back and forth across a table to make contact with a little cube. When the cube hits your block, it’s volleyed back to the other side, where another player—or, in this case, the computer—will attempt to hit it back. It’s about three meters wide, so it takes a lot of effort to reach the cube each time. It’s mostly for a workout, so even when you lose, you win. The Sensate is just reading, but watching the monitors simultaneously. She had surgery to decouple her eyes from each other, allowing them to view different things at the same time.

The sensors beep.

The Chamberlain perks up. “Another solar flare?”

“Yeah, it’s a pretty big one, though. Superflare.”

“We’re not really due for one of those yet,” the Engineer points out.

The Sensate sets her e-reader down and shrugs. “That’s why they call it variable. I’ll switch to vis so we can get a good look.”

The star appears on the big screen so all three can see quite easily. The Engineer lets the cube pass his block. The Chamberlain stands up and ignores the iconic window kiss on the show. They all three stare at the screen in shock. “That’s not a superflare, but a hyperflare” the Chamberlain points out.

“I know,” the Sensate replies. She scrambles to switch off all of the equipment. If they can go dark, they may—may—survive this.

“It’s a precursor,” the Chamberlain adds.

“I know! Dump the heat!” she orders the Engineer. She’s not his boss, but the chain of command doesn’t matter right now. This just has to get done.

The rest of their lives happen in slo-motion. The Sensate continues shutting off systems, fluttering back and forth along the console. She’s frustrated that it was designed this way. First of all, there’s no master shut-off, which is a big no-no by today’s standards. This is one of the very first structures built when humans began interstellar travel. It’s not just one of the first in this particular system, but ever. Proxima Centauri is the closest star to Sol, so Proxima Doma is naturally the oldest colony. They had not yet developed the protocols that the other colonies use now. They should have kept up with the times. They could have, but things were working okay in their daily lives that they just let it lie. There’s an AI, of course, but it’s not very smart. It was intentionally limited because back then, people were worried about the long-term risks of trusting an artificial intelligence with its own personality, and theoretical agency. In hindsight, that was stupid. One command, and this could all be done, but the buttons aren’t even in order in physical space. She’s not gonna make it.

The Engineer has run over to the engineering controls, where he starts purging everything they have. The waste heat, the fuel, the control rods. That’s right. They use nuclear fission here, even though fusion was invented a trillion years ago. There’s no answer for why they didn’t upgrade. It’s probably because this is working just fine, so they might as well use the fuel they already have. There was once a fourth crewmember, who asked why they didn’t just use solar power the whole time, but Proxima Centauri being a flare star works against them, because its luminosity is unreliable. Plus, the panels would have to be large and exposed. For a more stable star, that’s fine—you probably want some solar shades anyway, but here, they would be a liability. He didn’t last long at this post. He grew too bored, so they replaced him with a maintenance robot. He could have been of some use here, though. The engineer’s controls are in order, but they’re bigger, and he has to move a lot more. This is where his training with the mechanical pong comes in, though. That’s not why he played it, but it’s proving its value today. At least it didn’t hurt. It won’t matter.

The Chamberlain’s efforts are the most fruitless of all. He’s trying to make a call. He’s not asking for help or rescue. If they make it through the next thirty seconds, they’ll be able to get in their escape pods after that. But that’s not what they’re worried about. This flare—this...hyperflare—is not just a Carrington event. It’s not going to wipe out communications, and inconvenience the inhabitants for a few weeks. The readings are spiking, proverbially off the charts. They have never seen anything this big before, nor any flare move this fast. The colonists knew that the star was erratic and angry all the time, so they designed their infrastructure to account for it. But even the most unpredictable stellar object has its own level of predictability given large enough time scales. This was not in the predictions. They are not prepared for this. Because it is not just a hyperflare, but a precursor. It is an omen to something far worse. “Come in! Come in! Can anyone hear me? This is Proxima Vanguard, calling anyone who can hear me! We’re experiencing a major hyperflare! You need to prepare for what comes next! You need to prepare for a coronal ma—”

Microstory 2564: Protester

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This is ridiculous. I can’t believe how small our movement is. It’s growing, but not nearly fast enough. Landis Tipton is not all that he’s made out to be. Sure, curing all disease sounds great, but there are major issues with it that not everyone can see. First of all, we have no idea what long-term health consequences there are from being healed. He could be giving everyone cancer. Cancer is when your cells multiply out of control, and even if you claim that he has control over the repairs while he’s breathing on them, what happens five years later, or ten, or thirty? We don’t know. They haven’t done nearly enough studies on the subject. He just bought a freaking hotel, and people just flocked there like he was a god. Some people actually believe he is a god, which is another issue, though we don’t argue that in our literature, or during our demonstrations, because it’s a sensitive subject. What’s not sensitive, and what every single person needs to understand, is that so much of our economy is centered around health and wellness. I know it sounds cold, but disease and deaths are necessities in life. I’m sorry, but it’s true. Medical professionals, food vendors, funeral homes, insurance companies, nutritionists and dieticians, fitness trainers, pharmaceutical companies. Hell, even personal injury law firms. There are so many others. They all rely on a world that isn’t perfect, and they do not exist in a vacuum. When you take all those things down, what happens to everything else? It doesn’t work. It falls apart. Again, I may sound callous to you, but you have to think about the ramifications of your actions. Landis, and this goddamn panacea they’re trying to make, is going to do more harm than good, and I firmly believe that. Now, if we had a universal basic income, and if we had more robust automation, I might think it’s okay. But we are woefully unprepared for what’s to come. We are not ready for the paradigm shifting changes that this drug will make. We’re holding it at bay, because Landis Tipton is only one man so his impact on these sectors is minimal. But if that’s about to change, we are royally, totally, and fundamentally screwed. I don’t think you can imagine what’s going to happen to the world. No one’s gonna be able to afford the panacea when they lose their jobs. “Oh, we’ll make it free.” I’ve heard no confirmation on that, and it introduces a plethora of other issues. It will be a logistical nightmare. This has to be stopped right now. We cannot let it move on. We can let Landis do his thing, but his work schedule has to be severely shrunk, and research on this miracle cure has to end immediately! People think I’m crazy, and an asshole, but honestly—and I don’t really like to say this—but I’m smarter than you. I’m telling you, bad things are going to come of this. It will not lead us to the paradise you’ve been sold. Sell it back, it’s not worth it. Please. Please!

Microstory 2518: Daily Coordinator

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I am in charge of patient experience. The Appointment Coordinator is technically my superior, but she doesn’t have time to manage our department’s staff, so that falls to me. While the automated system is great for setting up appointment windows, what it can’t do is make sure that people actually show up for their appointment, or more importantly, don’t show up outside of their window. When your application is approved, you’re assigned a two-hour window on a particular day. If you can’t make it, you need to pull your application, and try again. It may sound like it helps us for people to show less urgency, but it overcomplicates the process. Just come when it’s your time. If you fail to show up, your name will be flagged, and your reapplication will be a lot more complicated. Don’t. Be. Late. That’s why we have the campground, and why nearby landowners literally built new hotels to help mitigate visitorship. I have to keep track of 2,000 people every day. The greeters will check you in, and tell you where to go, which sometimes means going right back out that door if you come before your window. I have it all set up real nice. Part of the first floor is dedicated to waiting rooms, where you wait with your group of 40 to 45 other people. Yeah, that’s right, we know how to break it down. Forty-five people per room with a total of eight rooms equals a maximum of 360 people in each two-hour window. While you’re sitting there, we may call you up individually to confirm some information, such as your financial situation. We got to keep things moving, so when your room is called, you’ll all proceed to the auditorium, where you’ll watch the orientation video. Don’t ask the host any questions. That’s what my guides and queuers are for. When the video is over, depending on the timeline, you’ll either go back to your waiting room, or go ahead and get in line. People have asked why the line is so long, and why they can’t just wait in the rooms. Well, it’s because Landis averages three patients per minute, but that doesn’t mean we record exactly three every time. Some people have mobility issues, and we experience other delays. If there’s a problem with your candidate profile, you may be bumped down to another group. That all takes time, and we don’t want to waste any of it. We don’t want Landis to be sitting there with no one to heal for an extended period of time. It’s gonna be hard, waiting through all of this, but it is absolutely worth it, because when you’re done, you’ll probably feel better than you ever have in your whole life. If everything goes smoothly, we might get the full 2,160 patients, but we usually don’t, and for that, we apologize. You will not miss out on your healing, though, so don’t fret. Any remainders at the end of the day will end up in Group One for the next day, and we might ask you to come in earlier than normal operating hours to make up for it. I know, I sound really blunt, and maybe a little aggressive, but this job is not easy, and if I take the time to be too polite and nice, we get behind schedule, and I can’t allow that.

Extremus: Year 109

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It’s the Halfway Celebration Extravaganza! Today is July 17, 2378. It’s been exactly 108 years since the TGS Extremus left port in the Gatewood Collective. Since then, while traveling at reframe speeds, they have covered 76,367 light years. Due to their unscheduled detour into the void, they’re not quite that far away from their starting point, but it doesn’t matter. They’re still well on their way to their new home. There is currently no one left on this ship who was alive when it launched, and no one here will likely still be around when it lands, but this day isn’t about the departers, or the arrivers, it’s about the middlers. This day is about everyone here right now. It’s a grand accomplishment, and they should all be proud of themselves. It hasn’t been easy. Politics, external threats, cabin fever. Time travel, spies, betrayals. Uncertainty, purposelessness, loss, and love. They’ve been through a lot, but they pushed through it, and this hunk of metal is still hurling through space. Not once have they stopped. Not once have they tried to turn around. They’re flying farther and further than ever, into the unknown. And everything they just did, they have to do one more time. Say it louder.

Tinaya lands on the bed. She’s still conscious, but her eyes are closed, and she’s not feeling well. She lies there for a moment, focusing on her breathing. “Thistle, how did I get here?”

“You were about to collapse to the floor,” Thistle replies. “I spirited you away before you could break a hip.”

“Did anyone see?” she asks.

“No. They didn’t even see you disappear. Perfect timing.”

“No need to boast about it.”

“I meant you. You passed out right when no one was looking. Of course, they would have realized it if you had hit the floor, so I suppose my timing was pretty spectacular too, thanks for noticing.”

“Well, thank you. I think I’m fine to go back.” She stands and tries to activate her teleporter, but it doesn’t work. “Thistle.”

“You’re grounded, missy. You’re lucky I didn’t take you right to the infirmary.”

While all the corrupted medical personnel who were a part of the forced pregnancy scandal have long been replaced, Tinaya has become gun-shy to visit the infirmary. She knows that she’s gonna need it. She’s an old woman. But not tonight. Any night but tonight. “I have to get back to the party. They’re expecting me.”

“I’ve taken care of that.”

“How?”

“I’ve written an algorithm, which projects a hologram of you at strategic locations for strategic people at strategic times. Everyone who sees you will think you’re busy talking to someone else.”

“That sounds like a recipe for disaster. What happens when someone tries to walk up and interrupt us, or pat me on my back?”

“Impossible,” he claims. “You’re not a single hologram that everyone looking in the right direction can see. Each person who sees it sees it separately, as an image that is projected directly onto their eyeballs. I control when they see it, and how far away they are when they do, as well as how your avatar moves.”

Tinaya is vexed. She’s never heard of that before. It’s not some futuristic thing that she can’t comprehend, but she just hasn’t heard of it. “What?”

“Individualized holograms.”

“Who would install such a thing, and why? It seems like the only use for it would be to deceive people, like you’re doing right now.”

“It has other use cases. You can receive personalized alerts, and sensitive information. It can help you train to perform maintenance, or other tasks, without interfering with other people seeing their own AR.”

“Well, why have I never seen anything like that before? Or have I, and I didn’t know it.”

“You people really took to your watches and armbands, the protocols were just never implemented. The tech is there, though. Every hologram you see is coming from those projectors, but widened for general viewing.”

She lies back down on the bed. “Okay.” She doesn’t know how she feels about this. She was really tired before she collapsed. It’s not like it was a sudden fainting with no warning. It’s getting harder to keep up with everyone these days. Even Lataran is too active for her sometimes, but Tinaya has been hiding the struggle. “What about sound?”

“They can’t hear you in the crowd anyway, but the projectors include photoacoustic emitters too, if they’re ever needed.”

“How come you never show up as a hologram?”

“I do. Some people ask for it. They ask me to look like some contrived image of myself, or a cat, or even themselves. You’ve simply never requested it.”

Tinaya sits up quickly. “Wait. Silveon and Arqut.”

“I used those photoacoustic emitters I was just talking about, and informed them of the situation. They’re sticking around to make sure the holos are working, and then I believe they’ll slip out to check on you. I might make holos of them as well.”

“I’ve decided that this was helpful, Thistle, but I would really like you not to do this often. I say it like that, because I don’t want to make a blanket statement that you shouldn’t do it ever, but it should only be for extreme circumstances. I can’t divulge my health problems until I know who I can trust, but this isn’t gonna be a regular thing.”

“I understand.”

Tinaya lay back down on the bed and fell asleep. This is sort of the unwritten, unofficial reason why admirals are only advisors, and no longer commanders. After 24 years of hard work as a captain, she’s mainly supposed to rest. Well, she didn’t work a full shift, but she was pretty busy before that. And she definitely needs to rest tonight. Tomorrow could be even worse. It’s all downhill from here. She isn’t sure if she’s going to live as long as her son claims that she will. His information is coming from a different timeline. Nothing is certain.

Arqut is sleeping next to her when she wakes up the next morning. She nudges him awake. “Report.”

He groans, only half awake. “We’re taking you to see a doctor on Verdemus tomorrow.”

“Tomorrow, or today?” Tinaya questions. “It’s six o’clock on the eighteenth.”

“Today,” he clarifies while yawning.

“I have a better solution,” Thistle interjects. “One that doesn’t require any extensive travel, or placing trust in anyone besides me.”

There is not a whole lot of automation on this ship. When the ancestors left the stellar neighborhood, technology had advanced far past the need for any human crew. There was talk back then of not having any captains or engineers, or anything. Everyone would be a passenger, possibly as part of the internal government. In the end, of course, it was decided that it was more important to let people have purpose than to go the easy route. There are limits to this philosophy, however, and the line separating human labor from automation lies somewhere before waste management.

There are different kinds of waste. Some of it isn’t waste at all, but recyclable material, but whatever it is, if it was once used and has since been discarded, it ends up in this sector to be processed accordingly. No one comes down here. No one needs to be here, and no one wants to either. “Why doesn’t it smell?” Silveon asks. “I would expect it to smell.”

For the first time ever, Tinaya is seeing Thistle as a hologram. He’s leading them through a maze. This is a restricted travel area, or people might use it for nefarious or inappropriate dealings, so no teleportation. “I control for the smell,” he explains.

“Why bother?” Silveon presses. “If no one comes here, what does it matter?”

“I’m here,” Thistle says.

“Right.”

“I can smell,” Thistle goes on.

“Why would you be able to smell? Why would you need that?”

“There are many uses for smell, which is why humans and animals alike evolved their own olfaction. My artificial odor sensors can detect individual health issues, substance leaks, food spoilage. I mask the scent in this area, because I find it just as unpleasant as you, if not more.”

“Oh, I see. Well, I’m grateful for it now,” Silveon says.

“You’re here,” Thistle reveals. “I can give you the code for the door, but I can’t open it myself. It’s deliberately manual. They didn’t want anyone to stumble upon it. Just type in zero-nine-three-six-one-four-seven-five-two-eight-zero.”

Arqut handles the code.

“What is the significance of that number?” Silveon asks.

Thistle shrugs. “It’s long.”

Arqut pulls the door open. Lights flicker on, presumably responding to their motion, rather than a sophisticated AI sensor array. In the middle of the floor is something that is not supposed to be on this ship. It was banned because of how it could lead to extreme longevity. They call it a medpod, and it’s very common on Earth, and its neighbors. It can diagnose nearly anything, and treat it too. It has a distinct look against other types of pods due to its uncomparable dimensional specifications. “Who put this here?”

“Admiral Thatch did. He never used it. No one else has either. To tell you the truth, I think he forgot about it. He didn’t even write it down. I only found it because I needed to familiarize myself with the area. There aren’t even hologram projectors in there. You’ll have to go in and operate it on your own.”

“How did you know what was in there if you can’t physically open doors? How did you know the code if he never told anyone about it?” Tinaya struggles to ask him. Sleeping all night didn’t help much. She grew tired again as soon as she stepped out of bed. She would be sitting in a wheelchair right now if doing so wouldn’t be like holding a neon sign over her head, advertising how frail she’s become.

“He wrote down the code,” Thistle clarifies. “He didn’t say what it was for, so this was just a guess, but it was a good one given that all buttons on the keypad have oil fingerprints on them. I knew what was in here because I can hear it. When isolated from a grid, medpods are often powered by a fuel cell, and the type that fits this design hums at a unique frequency. It’s unambiguous to me.”

They all just stand there in the doorway. The boys don’t want to make this decision for Tinaya, but she doesn’t want to make a decision that they don’t agree with.

“I actually can’t see it from here,” Thistle continues. “My closest sensor doesn’t have the right angle. So I’m assuming that it is indeed a medpod. I don’t know exactly which model it is, but they’re all pretty user-friendly. One feature they have in common is that you have to be in it to use it. It doesn’t work from out here.”

“Yeah, okay, I got this,” Tinaya says, determined. She strides into the room, and taps on the interface screen to see what it does. “It wants me to get fully undressed,” she says after reading the initialization instructions.

“I’ll stay out here and keep watch,” Silveon volunteers. Obviously, Thistle is far better at keeping watch than a single human with only two eyes could ever be, but those two eyes don’t need to see what’s going on in this room.

“Let me help you, dear,” Arqut says.

“There should be a little compartment under the foot of the table,” Thistle says from the hallway, “where you can place her clothes. It will test for contamination, decontaminate them if possible, destroy them if not, or just clean them for you if they’re medically insignificant.”

“Found it,” Arqut called back.

“Oo, it’s cold,” Tinaya says after climbing in.

“It doesn’t have to be,” Thistle contends. “Activate the warming nozzles.”

“How do I do that?” Arqut asks.

“Try asking the computer with your voice. Again, I can’t see the model.”

Arqut taps on the microphone. “Activate warming nozzles.”

“Oh,” Tinaya says, shivering. “Thank you.”

“Beginning broad scope diagnosis,” a female voice from the pod says. They expect to have to wait a while as it processes the data, but it quickly comes to a conclusion. “Diagnosis: severe orthostatic hypotension.”

“Low blood pressure,” Thistle says. “That’s all it’s giving you? I knew that. I can see that myself. We wanna know why.”

“It has a little tree sort of icon,” Arqut begins to say.

“Next to the hypotension diagnosis? Yeah, tap that. It should start looking for causes.”

Longer wait this time. “Uhhhhhhhhhhh...” Arqut says as he’s looking at the screen again.

“What?” Thistle presses.

“Now it’s asking for a secondary profile? Preferably someone younger, or someone who has been living in the environment for a shorter period of time.”

“That’s interesting,” Thistle decides. “It wants a comparative assessment. It wants to see if there’s something different about how you live—if this is a chronic issue that’s only now had consequences.”

“So...we should do it?”

“Absolutely.”

“I’m a few years younger,” Arqut says.

“You’ve actually been on this ship longer than her,” Thistle reminds them. “It obviously needs to be Silveon, who is barely an adult.”

Silveon waits while Arqut helps mama get her clothes back on, and carries her over to a couch against the wall. Silveon comes in and climbs into the pod for his own diagnosis. More waiting.

“Unusual neural activity detected.”

“Bypass that,” Thistle instructs. “It doesn’t understand that he’s a time traveler, but it sees the disconnect between an old mind in a young body, so it thinks there’s either an imaging error, or a mapping error.”

“Bypassing...” Arqut announces. Wait a little more. “Diagnosis: optimal condition. Primary profile...unstable gravity variations.”

“Oh my God, of course,” Thistle says, smacking his avatar in the forehead. “She was born here, but spent time on Verdemus before returning. She predominantly lives under human-optimal gravity, which is slightly lower than Earth’s, but Verdemus has a little bit higher surface gravity. Space-farers experience fluctuations all the time, but they have gravity gum, nanites, and other treatments, which are non-existent, or even banned, on Extremus.”

“Should I tap on prognosis?” Arqut asks him.

“I know the prognosis. She’ll live in pain the rest of her life unless she undergoes treatment, which is so easy. It’s just gravity therapy. We have everything we need here to help her.”

Thistle was right that gravity therapy helped Tinaya feel a lot better in her daily life. It didn’t make her young again, but it started to be a hell of a lot easier for her to stand. Unfortunately, her experience would prove to be a warning, rather than a fluke. It wasn’t just her time on Verdemus. Everyone on the ship turns out to be at risk. There’s something seriously wrong with the artificial gravity.

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Microstory 2515: Appointment Coordinator

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Hello. I have been the Appointment Coordinator here for about two years. Before that, I was the Assistant Appointment Coordinator, which is a position that is no longer offered at the Foundation. Don’t worry, no one was fired. My boss, who had this job before me, had to move with his family to a different part of the country. His son secured a job working at a prestigious university, and the family wanted to stay together, even though the son is obviously fully an adult now. We’re still friends, and stay in contact. There is a reason why my previous job wasn’t backfilled, and it’s because it’s no longer necessary. Over time, we’ve incorporated more and more technology—specifically artificial intelligence—into our operating procedures. We are nowhere near a place where the application process is automated, but I no longer get a look at most appointments. I predominantly handle what we call Appeals. When you apply to get a healing from Landis, the system goes through a number of checks. First, it needs to confirm your identity, which you do either with a credit card, or facial recognition. You have to upload your medical records to make sure that you legitimately have a condition that even qualifies for healing. The system has to handshake a number of various medical databases to confirm this legitimacy. If we’re not partnered with your provider, you will have to upload your documents to them instead. We don’t need your entire life’s story. We don’t need to know every time you went in for a broken arm. We just need to know what’s wrong with you now, and what—if anything—you’ve done for it in regards to treatment so far. Similarly, you are expected to provide your financial records, and we have partnered with many financial institutions for the handshakes on that side of things too. We need to know if you’re rich, not-so-rich, or very not rich. That determines whether you pay for the procedure, or qualify for additional charity. I coordinate with other departments, like Patient Experience and Finance, to make sure everything has gone through smoothly. If everything is processed correctly, and there are no errors, the AI will find a slot for the candidate, give the patient all the necessary information, and everything will be ready to go. I only need to step in when an applicant is not only rejected, but also appeals this decision. We have an automated system for them to log their appeal too, but a human has to see all of that, so they can make a decision on the matter. I am that human. I look through every single appeal, and reach out to the applicant as necessary, as well as their associated institutions. I am not at liberty to divulge what percentage of applications are rejected, but if you think about it, I’m only one person. There is only so much time in a day, and I can only do so much with that time. Most rejections come from fraudulent claims, which the computer almost always catches appropriately. If I’m looking at it, it’s probably because the fraudster is still hoping to complete whatever scam they’re going for. I also can’t tell you how many appeals overturn the original decision, but...it’s very rare. It’s really only when there’s some missing data in the application that the computer couldn’t catch, because it doesn’t know what it wasn’t told. When this happens, I submit a reapplication, and it goes back through the automated system, but it’s flagged for me so I can keep an eye on the progress. In case it runs into another issue, it holds priority, and doesn’t end up at the bottom of the appeals list again. That’s just a little bit about what I do here. It’s a lot, but I absolutely love it.

Microstory 2487: Skilldome

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I don’t want to speak for you, but I’m guessing that your life is pretty easy. Everything you need is handed to you, along with a few things that you might just want. There are those who spend their whole lives holed up in their modules, connected to VR or the network. Dayfruit growers provide them with food. Drones deliver their feedstock. Their electricity and water is piped in, and their waste is shipped out. Their personal robot does all their work. I’m not criticising people who live like this. This is just a preamble so you’ll understand what purpose Skilldome serves. So many things that you may or may not take for granted were either not cheap for our ancestors, hardly available, or outright didn’t exist. Obviously, different time periods came with different limitations, and over the years, there are skills that we’ve lost to automation, and engineered simplicity. I’m not saying that you’ll become a better person if you learn how to drive a car with your hands and feet. I’m just telling you that the skill is something that this dome offers. You can also learn how to churn butter, command an animal to plow a field, or write something down with a pencil and paper. It’s hard to describe what these activities are, since there’s such a broad range, but it’s basically everything that people used to have to do to be productive that we don’t anymore. To be sure, there are some things that still hold some merit in our world. You might not have access to a medpod or healing nanites, even today, so knowing how to perform first aid is one of those skills that some people have maintained anyway. But for those of us whose minds it didn’t cross to do it before, if you’re on Castlebourne, come on down and take a class. As far as skills that are less practical in the synthetic era go, like stuffing mail in envelopes, or coding a program in an obsolete computer language called C++, you can do it just for fun, or to have a greater appreciation for modern living. Or come up with your own reasons. There are no requirements on what you have to do when you come here, but if you do come, and you do choose a particular skill, it is asked of you to use the tools you are given, and not “cheat”. If you’re taking a math test, only use one of those old basic calculators that they will provide you with. Don’t just ask an AI to do it for you. That defeats the purpose. I actually saw a guy do this, which was so stupid, because no one was making him take this otherwise pointless test. What you get out of coming here is entirely up to you. Ain’t nobody gonna hold your hand. Nor should they have to.

Microstory 2474: MOE Dome 42

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MOE stands for Molten Oxide Electrolysis. This is the method that they use here on Castlebourne to produce a breathable atmosphere. The thing about barren terrestrial planets is that there’s usually a ton of oxygen, it’s just trapped in the rocks. Earth has it floating around, along with other gases, like nitrogen and hydrogen. Separating that all out isn’t easy, but it’s possible, and absolutely necessary here. So you got your dome in place, and it’s all sealed up, but that doesn’t make the inside anymore livable than the outside. Whoever first colonized this planet could have carried it with them, theoretically, but that...that’s a lot. It’s called in situ resource utilization. Use what’s available where you are, even if it takes work to process. There are about fifty-six MOE domes right now. I chose to take a tour of this one, because I like the number, but they’re all the same. I’m kidding, this was the only MOE Dome open for tours. I won’t go over their entire process, since that should be a surprise if you come here, lol. I’m kidding, it’s boring and dry, and that’s not what a review is for. It’s my job to tell you what my experience was like, and speculate as to what your experience will be like if you choose to do it too. These big machines grind up rocks, melt them down, and extract the constituent molecules. It’s all very technical. I thought it was cool to see the process, but I’m kind of a dummy. If you already know all this, it may seem normal and prosaic. Like yeah, of course that’s how they do it. I’ve seen it a million times. Well, then you don’t have to come, do you? There was this one woman on my tour who kept asking questions, but you know, in that kind of way that makes it clear that she already knew the answers, and just wanted us to be so impressed with her. Well, she was wrong or not quite right a number of times, which the tour guide respectfully corrected. He was a human, so I thought that was a pretty cool touch too, given how automated this whole planet has to be to function. If you’re into this stuff, come take a look for a couple of hours. If you’re not, I won’t try to convince you to try. Just remember that this effects us all. Until every dome has an established ecology which recycles air as efficiently and unceasingly as Earth does in its natural state, MOE Domes are probably the most important ones we got. I hope you appreciate that, whether you think it’s boring to watch and learn about, or not.

Microstory 2471: Hubdome

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It may be boring, but someone’s gotta do it. Centuries ago, mail was all the rage. You could send someone a letter a thousand kilometers away, and it might only take a month to get there, or never! Doesn’t that sound neat? Over time, of course, speed picked up as infrastructure was developed, and efficient methods were discovered—or rediscovered, as in the case of relay stations. In the late 20th century, they invented electronic mail, which may lead you to believe that regular physical post was all but eradicated, but not so fast my friend. Adoption was slow, and...people are dumb. They still sent letters. Plus, the population was booming, so even if any given individual wasn’t sending as much, the volume was still increasing overall. It did eventually die down, but one thing that didn’t go away was package delivery. Instead of just the written word, real, useful items had to be transported from one place to another. There was no way to send that electronically. Or was there? Of course there is! It’s called additive manufacturing, and it’s been improving too. Not everyone has their own industrial synthesizer, and there are some things that standard feedstocks can’t handle. If there are too many different types of materials in one item, you can’t expect every end user to maintain each type in their private space. And even if you did, the feedstock itself has to be delivered, right? That’s where this dome comes in. It’s a hub for all your shipping and delivering needs. It doesn’t take weeks to get to its destination, though, unless whatever you asked for hasn’t been built yet. I say, if something you ordered takes more than a few hours to reach you, there’s probably something wrong. Shipping was one of the easiest industries to transition to automation back when human employment was something necessary in order to maintain a stable economy. You pick this thing up, put it in this box, seal it up, and move it to its destination. The programming couldn’t be simpler. Only one human works here. He walks up and down, making sure that things are okay. Obviously, the robots do this too, but they like to put  a human touch in everything, and that’s true of pretty much every planet, except maybe Glisnia. Come here for a tour if you have a few hours to kill, but you could also probably just read the more detailed literature on the prospectus, and get just as much out of it.

Microstory 2458: Diamond Dome

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Would you believe it, centuries ago, diamonds were considered a precious commodity? They’re still precious, but they’re not nearly as rare and luxurious as they once were. Our ancestors would cut them up into pretty shapes, and fashion them into pretty jewelry. We don’t care about that. We care about function over form. Carbon is one of the most versatile elements in the universe, and as it turns out, its diamond form is actually extremely commonplace. It was hard to find on Earth when people were digging it out of the ground with shovels and pickaxes, but when you have the automation and power to manipulate entire planets, you start to see how abundant things are. We use diamonds because the stuff is durable and reliable. It’s also clear, making it a perfect, semi-natural alternative to glass. There are lab-grown polycarbonates out there that we can use instead, and to be sure, those are here on Castlebourne too, but nothing beats the OG super-material. We could also grow diamonds in a lab, but there’s plenty of it in this world, so why not take what the Lord giveth. Now, what exactly is it used for? Well, it’s the primary material for the domes. Most of the domes here aren’t perfectly smooth. They’re geodesic, which means they’re made up of a skeleton called a space frame. Traditionally, these were metallic, but these days, we use metamaterials; particularly graphene. Between the struts for the space frame, they affix transparent triangular panels, which allow you to see the other side. Why do they do this? Most of the domes use holographic skies anyway, so you’re seeing whatever the image is programmed to be. Well, I don’t really know. The tour didn’t explain that. It wouldn’t really be better if the entire dome were opaque with no hope of seeing the outside for real. Using a framework with clear panels is the most common way to design these things, and I just think they look nicer. You can turn the hologram off, and see the true Castlebournian sky, but if they weren’t made this way, that would not be possible. I guess it just gives us more options. A lot of people are afraid, believing that clear equals unsafe, but obviously that’s ridiculous. They think some meteorite could crash through, and suck out all the air, but that’s not really possible. Like I said, it’s made of diamonds, and even if it weren’t, your concern is unwarranted. Even if one panel does falter, these things are so gigantic that it would take days for all the air to escape, at worst. If it’s only one panel, it would take years. At any rate, there would be plenty of time for a drone team to fly up there and replace the panel, or panels. If there is so much damage that the dome rapidly becomes unbreathable, well, whatever caused that damage probably killed everyone on the surface anyway, so the air would be the least of their worries. Okay, I’ll end this on that happy note. Safe travels!

Microstory 2425: Industrial Farm Dome

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A bunch of domes are dedicated to farming. Some of them are designed for necessary food production, but others are just for the sake of it. Industrial farming describes the kind of farming that they did during and after the industrial revolution. They used machines to farm giant fields for massive numbers of people, and even used electricity, but they didn’t have computers. There was absolutely no hint of automation. Lots of farm hands still had to do all the work, and that’s how it goes here. Nothing gets done if there’s no one here to do it. If that means the crops die, then so be it. There’s actually plenty of waste, because the rest of the current population of the planet doesn’t really want to eat this stuff. Everything they could ever want is provided for them. They got their lab grown meat, meal bars, food printers, and dayfruit. They don’t really care how hard I worked out here in the hot sun, and the Castlebourne leadership isn’t incentivizing them to choose us over those other things. I think they really should have worked this out differently. Screw that other stuff. If you have the real thing—and people are willing to labor FOR FREE—why would you choose anything else? Those should be a last resort. If they want this planet to be self-sufficient, then we have what you’re looking for. I don’t blame the other visitors for doing this wrong. There is so little awareness about what we can do for them. I guess what you really need is cooks. Some domes have culinary components, or so I hear, but I can’t find a dome that’s dedicated to the culinary arts. If they did that, we could work closely with them to make the supply chain a real thing. See? I got ideas, and I’m just a dumb regular human. I came here on a ship with one of these new reframe engines. I can’t even upload or transfer my consciousness to a new body. This is the real me. These other people don’t always even need to eat, so they have no appreciation for any of this. Some changes need to be made around here, because I don’t want to go back to the stellar neighborhood. I shouldn’t have to. I should be able to find what I’m entitled to on this planet. People just need to do the right thing.

Microstory 2413: Polar Tropica

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I’m at the bottom of the world. If you want to see the biggest known ocean on a habitable planet, go to Earth. I know that they seeded human life on some other planets, so I guess I can’t speak about those, but I’m guessing that Earth still takes the cake, so to speak. The next best thing, however, is on Castlebourne. This planet has two oceans, which are man-made. Have you ever thought about how unusual that word is? My guess is that it’s a holdover from back in the day when things really were constructed by humans. There I go, showing my age. A bunch of quincentenarians are rolling their eyes now. “No, d’uh it’s because we used to have to make everything by hand, you idiot.” Of course, it would be technically unfeasible to try to accomplish something like this with manual labor alone. The land was mostly there, but the automators had to do a lot of digging so the water would be contained to these two spots. The domes here are much more disproportionate, and do not form hemispheres. Still, because of how insanely wide they are, they’re much taller. It says here that they’re 3300 kilometers in diameter and 216 kilometers high at the zenith. When you’re inside, the holographic projections make it look like you’re just outside. Really, you cannot tell the difference between the two environments. If you abducted someone from Earth, transported them here, and let them wake up on the beach, they would assume they were still on Earth. Certainly if you took them from, like, the 21st century, where they didn’t know about alien planets yet. More recent days, who knows? I’m getting off topic, I know. I’m here to discuss Polar Tropica. This is the southern dome. It’s more of a cap, really. Someone else in our orientation group called it a little yarmulke for the world. I had to look that up. It’s a religious thing, LOL. Just run an image search for that, and you’ll get that he was right, though. Okay, enough about the shape. Unlike on Earth, the oceans here are perfectly tailored, and maintained. The temperature always sits between 21 and 27 degrees. It depends on what time of day it is, and precisely where you are. If you recall, it’s a giant environment, so they don’t have to keep it at the same temperature everywhere at once. They control the humidity too, but I don’t have those numbers. Basically, it’s perfect. It’s always comfortable. Some of the water is deep, but not as deep as a natural ocean would be. You can stand in water that’s miles and miles away from any shore in some places, which is just so amazing. Name something you can do in a real ocean, you can do it here. You can even fish, though you’ll be catching animatronic sea creatures, so just remember that, you violent psycho. Anyway, there’s a strip of land that runs the entire perimeter of this thing, and random islands dotting the water. Some of them even float, which you can’t get on Earth either. There’s a giant island in the very center that serves as a sort of hub. There are residential spaces there, and I think that a lot of people are making it their permanent homes. Who could be unhappy in a place like this? To me, if the only habitable region on Castlebourne was Polar Tropica, it would be worth it. But I guess you’ll have to see for yourself...

Microstory 2349: Earth, May 8, 2179

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Dear Corinthia,

Yeah, there was an idea fairly early on, after the gases settled over the surface, to build massive aerostats. Their reasoning was that, if the atmosphere was going to be toxic, we might as well take advantage of the density that we didn’t have before. I’m pretty sure I heard that they have a couple of them on Venus, because the atmosphere is already really dense, and I believe they’re building more. So we know how to make them. The idea to make them here was ultimately abandoned because too many people felt like it was giving in. The air shouldn’t be toxic, and we shouldn’t be satisfied with it staying that way. We’re supposed to be fixing it, and if we start treating the bug as a feature, we’ll either not work hard on cleaning it up, or we will, and people will have to leave the aerostats before too long anyway. Neither plan seemed reasonable or rational. Now on to the party discussion. The time you propose is totally fine with us. We both requested the entire day off, and the way the department is designed, there should be no problem. A lot of people would have to call in sick, or have some other emergency, before we would be called back in. They take work-life balance very seriously these days. I was telling you that we settled into a stable society a few years back, and that was part of it. If all we’re worried about is survival, then we’re not really living, and if that’s the case, is there really any point in working so hard to continue? People don’t seem to think so, and as terrible as it is that the atmosphere has been poisoned, at least it happened in our time period, instead of a couple hundred years ago. Most of the grunt work is automated, so it’s not like things will fall apart if people stop working. A lot of scholars believe that we’re only not living in a post-scarcity society right now because of the bad air. The domes have forced us to do more work than we should really have to worry about. So yeah, that was another big tangent just to say that we’ll start our party at 20:00 on the day of our birthday. I wanted to ask, and should have asked before, are you really going to have to be there alone? There’s no one else you could invite? By the time we receive your response, the day will have already passed, but you will receive my letter by then, so I hope you think about whether there’s anyone else, now that your mom is gone.

Really hoping you don’t have to be alone,

Condor

The Advancement of Mateo Matic: June 23, 2475

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They programmed the Vellani Ambassador to travel at slightly lower than maximum reframe speed. There was no specific reason for this. They just felt like letting the ship arrive at Castlebourne at the same time they did. It took exactly 365 days to cover the distance of about 108 light years. The Ambassador fell back into subfractional speeds only moments after they all returned to the timestream. Elder had been kept in stasis the whole time, and they wouldn’t wake him back up until they scoped out the area. He was not in good shape mentally, and they were neither equipped nor prepared to help him deal with whatever demons he was fighting.

“Wh—what am I looking at here?” Mateo asked.

“Another unusual and unexpected thing,” Angela noted.

A few centuries ago, people were getting bored with regular old golf. Again. Of course, pioneers had already developed other forms of golf that went beyond the traditional, like speed golf, and arguably, frolf. Tricky Golf was a new iteration, but the only difference was the design of the ball. The course was the same, the rules were the same, but the strokes were a lot harder to keep low. Instead of dimples, the ball had bumps. Poor aerodynamics dampened the lift, and shortened the range, and accuracy was much more difficult to pull off. This resulted in a great deal of frustration, and even anger. But players knew exactly what they were getting into. There was a reason why normal golf balls were made with dimples in the first place. It was never random. The bumps were just as intentional, but this time, to make it a greater challenge.

Tricky Golf was more fun to watch for some, especially when players started tossing their clubs around, and cursing the wind gods. It never really took off—pun intended—for obvious reasons, but there’s a market for pretty much everything, so it never died out either. Some serious professional players even used it as a tool during their training. If they could sink a Tricky Golf ball, they could handle a regular one with ease. That was the idea, anyway. And it would seem that someone who had access to this world took inspiration from Tricky Golf. Maybe it was only a coincidence, but as an ironic occasional viewer of the alternative sport, Mateo chose to believe in a connection. The entire surface of the planet was covered in geodesic domes. Though, to be fair, they weren’t all the same size.

“Ram, open a channel; all frequencies.”

Ramses tapped a few buttons, then pointed to her.

“Vendelin Blackbourne, are you there?” She waited, but received no response. “Kestral McBride? Ishida Caldwell? Anyone on the Stateless Mothership Jameela Jamil, or one of its capital ships, please respond.” Still nothing. “Is anyone receiving this signal?” Not a peep.

“I’m picking up an ACS band,” Ramses declared. “Would you like me to play it?”

“What’s that?” Olimpia asked.

“Automated Control Signal,” Leona explained. “It’s essentially what independent robots and AIs use to coordinate their efforts. Go ahead, let’s here it.”

 Ramses shifted the signal to the speakers. It just sounded like white noise and beeps to them. R2D2 would probably know what they were saying.

“Can you translate?” Marie asked, smiling a bit, hoping that it didn’t sound like a dumbass question.

“Sort of,” Ramses replied. “Largely...build. They’re saying build to each other, over and over again. There are a bunch of other embedded messages layered on top of each other. It would take our computer some time to convert the specifics, but...”

“Don’t bother,” Leona ordered. “Just send one back. Translate...don’t build. Override anything that interferes with this new directive.”

It took him hours to complete what sounded like a simple task to the less knowledgeable in the group. There were a ton of security protocols preventing exactly what they were trying to do; hacking into the system to change its behavior. He only managed to do it by locating the emergency shutdown procedures, which were there to prevent something catastrophic from happening. According to the data that Leona was pulling at the same time, that was exactly what had happened, though the consequences were probably relatively minimal, at least for now.

There was an old thought experiment called the Paperclip Maximizer Theory. The question was, what if you commanded an automated machine to make paperclips, and programmed no other objectives or subroutines into it? What could stop it from fulfilling its mandate ad infinitum? What would happen once it ran out of the usual materials? Would it eventually decide that humans would make good paperclips? From what Leona could tell, that was basically the trigger. Before he left, Vendelin must have commanded his automators to make more dome habitats. In his unexpected absence, they found no reason to stop. He probably forgot about it, and had never come back since leaving, dying, and ultimately ending up working with Team Keshida.

While they were gathering all of this information from the construction logs, the Ambassador was in orbit. The sensors detected 83,839 domes in total, though one of them wasn’t finished when they stopped the robots, so Mateo decided to call it an even 83,838.3. Actually, several of them weren’t completely finished, but the last one wasn’t even airtight yet. Once they were confident that there was no danger on the planet, the whole group teleported down to just outside the main dome. This was the one that was already present when they first came to this world over a century ago. Other automators had built up this dome beyond the castle that was there before. There were now four stone walls to protect it against the approximate zero threats here. There were towers, a keep, and a trench for a moat, though it was not filled with water. Vendelin was clearly into medieval times, because this was what he chose for his own dwelling, but other domes had their own themes.

The dome on one side of the first one was modeled on feudal Japan, while the one on the other side appeared to have been inspired by The Wizard of Oz, or maybe Wicked, complete with a green palace, and a yellow brick road. Another one nearby appeared to be a giant golf course. They teleported into Castledome to see if they could find out more information from the local computers. While the smarties were deep in the complicated data, the other four each grabbed a tablet out of the dispenser, and started looking through what was evidently a visitor’s brochure, which stored a directory of all the domes. Roughly 3,000 of them were indeed designed as their own special getaways, leaving the other 80,000 so far undesignated. Some of them were based on historical periods, while others were inspired by fictional media. A few of the concepts were too large in scope, so they combined multiple domes. There was a Westworld analog, which Mateo went straight to in the directory just out of curiosity. It boasted a full complement of robots, just as the source material did, though it was unclear whether they had actually been built, or if the full amusement park was planned for the future.

It was Marie who realized that a lot of the domes weren’t in the directory, because they were planned for traditional residential units. These were typically less exciting, though they were still meant to house like-minded individuals. Many hundreds of billions of people could pretty much move here starting today. Even though this rock was uninhabitable on its own, Vendelin had big plans for it. Maybe he really had been trying to destroy other planets, to get rid of the competition.

“Found it!” Leona suddenly shouted.

“You found the master code?” Ramses questioned.

“What? No, that’s...encrypted,” Leona replied. “What I found was Vendelin’s personal quantum identifier. This can reach him wherever he is, as long as she’s sufficiently near a quantum computer, even if it’s not his.”

“How does a PQI know where he is if it isn’t his device?” Angela questioned.

“If he’s logged into one of his accounts on any device, or if he has an implant, it will send a near-field signal to any and all quantum computers to identify him.” Ramses sighed, and redirected his attention to Leona. “I thought you were looking for the master code. I want control over all these things.”

“Vendelin can give us that,” Leona explained. “He already has it; we wouldn’t have to hack anything.”

“Wait.” Ramses looked away from everyone. “So do I.” He unceremoniously disappeared.

No one bothered to ask him where he had gone. They just went back to their devices. Mateo was particularly drawn to a dome that purported to simulate a zombie-infested city. He always wanted to test his mettle in such an environment. But what kind of safeguards were in place for something like that? None?

Ramses returned with some kind of portable storage device. Mateo recognized it, but couldn’t quite recall what it was used for. He knew that it wasn’t just for transferring any ol’ files, though.

“No,” Leona decided. “Is that him? No,” she repeated.

“In all likelihood, the Jameela Jamil is still in the Dardius galaxy,” Ramses began to reason. “He’s not gonna get your message. He hasn’t even responded to the one we tried to send him before. This is our only hope...unless we just wanna bug out, and forget the whole thing.”

“No!” Olimpia cried. She wanted to try the citywide escape room dome, if it was even available already.

“What is that?” Angela asked, nodding towards the device.

“Who is that?” Marie corrected. “I’m guessing it’s Vendelin. Why do you have it?”

“We rescued him from the afterlife simulation,” Leona answered instead of Ramses. “We then downloaded his consciousness into a new substrate. We shouldn’t still have this q-state, though. It’s unethical to keep extra copies of intelligent beings without their permission.”

“I didn’t keep it intentionally,” Ramses defended. “I was busy, I forgot.”

“That’s no reason to use it now,” Leona argued. “It would still be unethical. He has not authorized a duplicated emergence.”

“Isn’t he good now?” Olimpia asked them. “I’m sure he would understand.”

“Part of what caused his improvement was his exposure to Team Keshida,” Mateo said. He faced Ramses again. “The version that you have stored in there hasn’t experienced any of that. I agree with Leona. I say we find another way.”

“You could always ask me for the code.” It was Hrockas, standing in the doorway. While Vendelin Blackbourbne had laid claim to what would come to be known as Castlebourne in what he believed to be a game called Quantum Colony, Hrockas managed to unlock access to Pluoraia, which was one of the rare populated worlds. He was devastated to learn that he was not just playing a game, but messing with real people’s lives. He was part of the team’s effort to locate Vendelin, and bring him to justice. What the team didn’t know at the time was that this justice was in the form of an execution.

“How are you here?” Leona asked him. “I thought they shut everyone out.”

“Teagarden opened the quantum terminals back up in a limited capacity,” Hrockas answered. “They gave me permission to come here. They did that with a few of their top players.” He used airquotes. “As long as we don’t travel to any of the populated worlds, they’ve allowed us to continue our construction efforts.”

“So, it was you?” Ramses pressed. “You built all these domes?”

“No, I couldn’t control the automators in the beginning, so I leaned into it. I only designed most of the themes. I hoped to open it up to visitors by the end of the century.”

“We scanned for both human and mech lifesigns,” Leona divulged with suspicion. “You didn’t show up.”

Hrockas laughed. “This is a castle?” he said in the form of a rhetorical question, like she was an idiot. “They’re for defense? It’s shielded,” he finally clarified after she failed to see where he was going.

“Anyone else here we should know about?” Marie asked.

“No, just me. Like I said, I was planning for a Grand Opening in 2500.”

“Are you telling me that Zombie City is ready to go, or at least nearing completion?” Mateo asked, hope in his eyes.

Hrockas debated the answer in his head. “It would take me a few hours to initialize the sim, but yes. I mean...kind of. I’ve programmed all the enemy NPCs in those worlds, but then I realized that something like that would need other survivors, unless enough real people sign up at the same time. Trust me, I’ve tested it out on a smaller scale, and it’s boring unless you can run into other people trying to win.”

“Why do all this?” Leona asked. “A virtual simulation can accomplish all the same things in a fraction of the time.”

“There’s something very exciting about getting your own physical heart pumping,” Hrockas replied. “They’ve done studies. People tend to prefer real world simulations over virtual constructs if they can help it. VR is best left for worlds that break physical laws. They don’t need to co-opt everything.”

“Well...” Leona began, hesitating. “I need this planet.”

“For what?” Hrockas asked.

“Yeah, for what?” No one else knew what she was thinking.

She wasn’t sure how she would be received. “There are some people living under an oppressive regime about 16,000 light years from here. I would like to set this up as a sanctuary world; the final destination of an underground railroad.”

Hrockas chuckled. “Did you see how many domes there are? I don’t know how many people you’re worried about, but I’m guessing there’s plenty of room. The way I see it, anyone who ends up here is a potential customer, so go ahead, and bring ‘em on down. Whenever you’re ready.”

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