Category Archives: Writing

You probably missed the news, but MIT has a football team. They play in the NCAA’s Division III for small schools with limited athletic department funding or limited enrollment.

The idea of an MIT football team has so many jokes that write themselves, but the fact is that this year they were pretty good in their division. They were actually 9-0 in the regular season , then won their first game in the Division III playoffs. Things don’t end well from here on, since they got beaten by Wesley College, 59-0 yesterday. It probably wasn’t even that close – Wesley scored 35 in the first quarter, 14 in the second, 10 in the third, and zero in the fourth. It might be assumed that in the fourth quarter they were just playing out the clock, trying not to intentionally embarrass The Engineers.

Today as I’m trying to write the next chapter in this NaNoWriMo that’s going to fall well short of the targeted 50,000 words, I can empathize with those MIT players in that fourth quarter. I’m not going to “win,” but it’s important to play to the end. (And for the record, I’m well aware of all the good things that come from NaNoWriMo even if you don’t get to 50K words, so I’m not feeling like a “loser” per se.)

Thanks for reading along!

While I normally put in a lot of  internal links to previous, related posts here, I won’t be doing that for what I hope will be this year’s thirty NaNoWriMo posts. If you have jumped into or stumbled onto this story in mid-adventure, there are plenty of other ways to navigate around the site to find previous installments. Actually doing so is left as an exercise to the student.

CHAPTER ELEVEN

As the department heads gathered for the Monday morning staff meeting, the early arrivals hooked their feet into restraining straps around the walls of the conference room. Some chatted idly, some were checking out reports and news stories on their pads, almost all had bulbs of hot coffee stuck to their jumpsuits somewhere.

As Alsby and Tanaka came in and took their places at the end of the room, the conversations died.

“Good morning, everyone. Another virtual day, another virtual dollar, I guess, although dollars are pretty much history. Naoki, what have you got for today?”

“All critical systems are nominal,” the First Officer said. “Our orbital parameters remain essentially unchanged. We are seeing orbital perturbations than are slightly larger than we expected in trying to stay in a Rhea-synchronus orbit over the drilling site. It’s nothing that we can’t easily compensate for, probably caused by gravitational effects of bodies in the system that are slightly more or slightly less massive than we thought. It looks like we’ll need to make a corrective maneuver every three or four days at most, the drift isn’t that much. The optical comm system can easily maintain its links between Cronus and the surface even at a much higher angular displacement than that.”

“Okay, is it worth trying to track down the source of the discrepancies in our calculations or should we just live with it?”

“I would recommend just living with it, but if Fan wants to take it on as an exercise or an observational program, I’ll of course give her full access to the nav data for her to analyze.”

“Fan,” asked Alsby, “that’s why I asked you to be here today. Is that something you want to take a look at? Do you have the time for it?”

“I don’t think it needs to be a primary investigation, the results would be more technical than observational. For future navigation it might be useful to know that moon forty-five is ten point three two six five four times ten to the thirteenth kilos instead of ten point three two six five two, but that’s closer to cartography than astronomy. But I would be happy to take the data and start running some background analyses to see if it can get worked out.”

“Don’t let it interfere with your primary work,” said Alsby, “but if you can get it done on the side, you never know when that might be useful later. As far as your other research goes, is there anything new to report?”

“Nothing spectacular to report. We continue to map the weather patterns on Saturn and do spectrographic analysis of the top layers of the clouds that we can see. SaSEM and I are working on some interesting proposals for possible exploration vehicles that could be dropped into the Saturnian atmosphere, blimps and balloons of various sorts. We’re also continuing a survey of the system to identify any remaining small moons or captured asteroids. By the time we’re done we should know where everything over one hundred meters wide is in the system.”

“Any feedback from anyone at Ceres or Earth about your work or anything you’re finding?”

“No, I and McNamara on JuSEM might be the only practicing astronomers these days. Everyone else back in-system has been put to work on other, more critical tasks. All of the research AIs are logging the data and cataloging it for future reference, but for everyone else, if it doesn’t help keep everyone alive, it’s on the back burner for the foreseeable future. The only work being done is by automated systems, monitoring solar activity, searching for incoming comets, flagging supernova, that sort of thing.”

“Well, as long as you’re out here and we’ve got the equipment, keep at it as best you can.” Fan nodded.

“Betty, how are we doing on the excavation?”

“It’s actually going ahead of pace, we’re making good progress. We’re over a kilometer and a half down at this point with an estimated three-quarters of a klick to go. At this rate we should be there in about twenty days. The system for keeping the shaft clear continues to work as expected. The average bore diameter is about seventy centimeters, well within parameters. We’re continuing to just let the ice being removed get melted and then sublimate and vent out the top of the shaft.”

“Good. Ben, what about the work on modifying the diggers for the next stage?”

“We have the first three of them modified, with the fourth and fifth under way. We’ve got time on those since we’ll be sending them down sequentially, each boring out the shaft diameter roughly another meter. We’ve tested those three down to about fifty meters, but we don’t want to go too far down until we get the primary bore hole done all the way to the deposit.”

“Good, anything that you need for that?”

“Just more hours in the day, ma’am. We’ve got Volkov and Simpson supervising six of the crew from other departments to try to speed it up, but there’s only so much space and materials to work with down in that hanger bay. It’s going to be a grind, but don’t worry, we’ll get it done.”

“I know that you will. Todd, anything new?”

“Cheryl has insisted that yet another complaint be filed about the so-called ‘desecration of this virgin planetary body.’ And yes,” he said, holding up a hand to forestall the obvious question, “I have reminded her yet again of the stakes at hand for us and our families, as well as the amazing opportunities she will have for taking samples from all long the access shaft after we’re done. It seems to go into one ear and out the other.”

“Have you suggested that she kick her complaint up the line to her bosses at Ceres and Earth?” asked Tanaka.

“Yes, she’s already done that. They’ve been pretty terse with her as far as I can tell, and with the time delay she can’t really argue with them like she would like to. Since we’re here in real time, we’re a lot easier to yell at.”

“As long as all she’s doing is bitching, we can all live with that. I can understand her point from a strictly scientific point of view, but it’s a big moon in a big system. Staying alive is sort of high on my list of things to do, so she’s just going to have to live with it. How is she doing with the data from Iapetus and Titan? Any problems there?”

“No, that’s one of the things that’s keeping her as quiet as she is. Both the floater and the crawler on Titan keep sending in more data than she can look at, and the Iapetus probe is doing the same. The Enceladus orbiter continues to monitor the outgassing from the tiger stripes, as well as mapping the moon in considerable detail. Given the chaotic nature of the surface there, that amount of detail is generating quite a data set. She’s usually happy with that, as long as no one points out that we’re drilling down below on Rhea.”

“Any ‘interesting’ results from either Titan or Enceladus?” asked Alsby.

“If you mean have we found little green men, no, not yet. There are some obvious complex organics in the Enceladus plumes, as well as some fascinating trace elements. Lots of carbon and oxygen, but also chlorine, sulfur, iron, copper, nickel, and arsenic in more than trace amounts. After that, half the periodic table is there in trace amounts. But no little swimming critters that got sucked out of a vent into space. At least not yet.”

“What about Titan?”

“That’s a more complex problem, way too much going on to sort out easily. There’s so much chemical activity going on in the environment with the methane cycle and other hydrocarbons, we’re really in the dark over the origins of ninety-nine percent of it. We also have the problem of it being a dynamic landscape, so things are changing over a few days as we look. Sort of like the way snow falls, drifts, and then melts on Earth. So far though, the only tracks we see on the methane beaches are our own. If we run into anything else shambling around, you’ll be the first to know.”

“Thanks, Todd. Mark, life support?”

“We’re doing fine, Susan. The hydroponic gardens continue to be stable and productive. In fact, they’re so productive that we would like to try a pilot program where we will take some of the soy and small vegetable plants and put them throughout the hallways. They’ll still be producing, but scattering them around will allow us more room for additional plants, while also softening up the living environment with some green, living things. If people want to take charge of plants in their particular areas, we can train them up on what needs to be done. It might not be cats and dogs, but maybe pet plants can be a partial substitute.”

“That sounds like an excellent idea,” Alsby said. “Any possible environmental issues in the crew quarters and living areas from anything associated with the plants’ nutrition, lighting, or other factors?”

“Nothing that we’re aware of. We’ll be monitoring it closely to make sure that everything stays stable, of course, but it shouldn’t be any worse than the byproducts that the crew and equipment is already putting into the ecosystem.”

This week’s holiday Flash Fiction Challenge is to write a superhero story – but mashed up with a different genre. I rolled a “1” and got splatterpunk horror. My entry is not only an hour or so late (there’s a 12 Noon ET “deadline”) but fairly short, barely 800 words, considerably less than the allotted “1,000 words or so.”

As always, comments and constructive criticisms are appreciated.

FLASHING STEEL

The room might once have been stylish but the viscera covering the walls, floor, and ceiling had drowned all traces of civilization in a red tide of carnage with a tinge of effluvia.

As I waded in, stepping delicately over the collateral damage left by a psychopath gone berserk, I had my knife at the ready, balanced perfectly in my hand. It was my favorite piece of steel, twelve gleaming inches of protection that could slice, dice, and julienne its way through just about anything. Today I was obviously going to need it to sing its sweet song of pain and death to keep me alive.

I jumped and swung the blade as something warm and slick touched the back of my neck. A glob of something stringy and red split in two as it fell from the ceiling into the cesspool at my feet. My cape had saved me from the worst of whatever toxic and acidic sludge I had been exposed to.

As I moved deeper into the house, my hyperhearing slowly started to pick up the sound that told me where my prey awaited. Moving closer, the distant rumbling and shuddering became a roar of anger, shredding the air and threatening everything in its path.

Coming around a corner into the kitchen, I confronted my enemy. The setting sun’s light coming in through a gore splattered bay window reflected off the myriad gleaming blades of instant death. The sound of the beast was deafening, as if all of the chain saws of the world were simultaneously chewing through all of the screaming, rabid tigers of the world.

I wasn’t sure there was anything in my utility belt that had ever anticipated facing a foe of this ilk. I would have to be quick – and merciless.

The metallic djinn dodged and darted, leaping and cavorting about the room, constantly searching for its next victim, its next kill. Nothing in the room had been spared its touch. Splinters of cabinets and floor tiles were embedded into the walls like daggers, with more flying up to join them in their deadly dance as the beast explored new territory.

As I watched, I could see that as vicious and violent as it was, there were still yet constraints on it. It was not yet free to spread its destruction beyond this house and beyond. There might yet be time to save others who had yet to fall victim to its slavering maw, to spare the innocent citizens of this fair metropolis from a nightmare of never ending suffering.

Moving slowly so as to not attract its attention, I tried to slip between it and the kitchen sink. But then, curses! My cape caught on a drawer handle, pulling it out onto the floor and spilling silverware everywhere with a clattering cacophony. The sound of my clumsy error and the flashes of spoons tumbling through the rays of sunlight attracted the diablo, for it leapt towards me. In a blur, it tore a new streak across a line of cabinets and sent a hail of newly forged toothpicks at me.

Praying that the Kevlar jumpsuit my mom had given me would protect me in this moment of crisis, I dodged under the attack and rolled through the slime, sliding across the debris toward the far wall. As I slammed into the wainscoting, I slashed upward with my steel and prayed to the gods to guide my hand.

In a shower of sparks, the hellion’s lifeline was severed. A jolt of electricity coursed down my arm and the knife flew out, miraculously embedding itself into the heart of the monster. With a last exhausted gasp, it gave up the ghost and collapsed to the floor.

Carefully I picked myself up, dripping with goo that stank of kale and soy paste. I checked to make sure that the fiend was truly dead, switching it from “puree” to “off” just to make sure. I went through what was left of the cabinets and refrigerator, looking for any sign of a decent Thanksgiving dinner, but found only probiotic yoghurt, free-range steel-cut grains, and foods fit only for a rabbit.

It was no wonder that they hadn’t had the strength to keep control of the beast. And who in hell needed a food processer that big, anyway?

I walked back out the front doors to the adoration of the cheering neighbors. The weeping homeowners groveled at my feet as I sat on the hood of my Studmobile, writing up the bill for the successful exorcism.

“Payment due within forty-eight hours,” I said, “or I come back and plug it back in again. I take all major credit cards, plus PayPal and Bitcoin. And why don’t you go get a burger for god’s sake?”

What was this world coming to?

 

Thanksgiving. I hope it was a great one for you if you’re in the US. If not, happy Friday-eve!

Still plugging away, making notes on how this turned into such a train wreck. Sorry, a “learning experience.” So start learning!

While I normally put in a lot of  internal links to previous, related posts here, I won’t be doing that for what I hope will be this year’s thirty NaNoWriMo posts. If you have jumped into or stumbled onto this story in mid-adventure, there are plenty of other ways to navigate around the site to find previous installments. Actually doing so is left as an exercise to the student.

CHAPTER NINE (continued)

Like beads on a string, separated by 500 to 600 kilometers, the four spacecraft remained mute.

“SYMBA,” Garcia said, “are those ships being autonomously guided or are they under remote control?”

“They are autonomous, Commander Garcia, there is no sign of any radio traffic from the ground directed toward them.”

“Is it possible that they’re being controlled from somewhere up here?” asked Hermans. “Please check to see if you can detect any radio transmissions from anywhere else directed at any of those ships.”

“I will expand the scope of the reconnaissance, Mister Hermans, but a preliminary examination shows no traffic in or out of those vessels from any direction, except for the demands for communications which we are sending to them.”

“Those ships must have abort modes and override protocols that would let them be remotely piloted in the event of an emergency,” said Louise. “Is there any chance that we could access those and gain control of them?”

“No ma’am, those codes are heavily encrypted,” said SYMBA. “While those overrides do exist, in order to prevent any possible hacking or terrorist activities they are unbreakable.”

“So we’re just going to sit and watch to see what they do next?”

“Not quite,” Hermans said. “We’ve got the information on the nearest intercept assets available. They’re the ones we started moving weeks ago when we had another crisis, and that may tell us where they’re going. One of the stations in their current plane is the abandoned SpaceChem Delta station.”

“What’s the status on that station now?” Garcia asked.

“It has been untouched since its crew abandoned it,” said SYMBA. “We continue to get routine maintenance telemetry from the onboard command and control system, which show it to still be functioning and maintaining life support functions.”

“Do we know if it still has fifteen bodies aboard and what condition might they be in now?”

“Negative, Commander Garcia. We did not receive any information from the three survivors of the disposal or status of the remains of their crewmates. It is possible that they were jettisoned before the station was abandoned, or they may still be onboard.”

“If that’s their plan and all of our warnings haven’t stopped them, they’re not going to be put off by a handful of decomposing bodies,” said Louise. “Neil, specifically, what kind of assets do you have available to intercept?”

“We have a number of converted inter-orbit robotic shuttles. They’ve been modified to navigate under direct control by either SYMBA on LEO or DEBBIE on GEO. We’ve also taken off most of their mass, including almost all of the fuel tanks, so they should be harder to spot if we have to send them in.”

“And what’s the plan if they’re used?”

“They’ll be maneuvered in to grapple the vessel and immediately do a re-entry burn. Their engines are much bigger than any of the orbital maneuvering thrusters on those ships, so they should be able to make sure it goes down. Once there’s no chance that the ship can maintain orbit or come back up, we’ll release it and they’re on their own to take their chances on how and where they land.”

“So we could be dropping them into the middle of the Pacific Ocean or the middle of the Himalayas?”

“Yes, but we don’t have the luxury of playing nice. The other option would be to simply ram them with the modified tugs, which would kill everyone onboard immediately. At least this way we’re giving them a chance.”

“Amanda,” said Garcia, “is Mike available to get in on this discussion or are we going to do it ourselves?”

“Mike’s just gone down for a mandatory eight hours of sleep. I would wake him if alien starships showed up, but not much less. He’s been stretching himself pretty thin. What’s your plan here?”

“First, I want Neil to get those attack tugs moving. If we need to use them I want them five minutes out, not five hours. Then I want to see if they’re really going to SpaceChem Delta station. If they even look like they’re going anyplace occupied or where they could start a quarantine breach, we’ll splash them. But if Delta is their destination, we’ll see if somehow we can talk to them about it.”

“I agree,” said Louise. “If Delta’s their target, it’s very unlikely that it’s a random choice. But I don’t like that they’re not communicating.”

“Ditto. Neil, move your attack tugs to be able to intercept them as quickly as possible if we give the word. Oh, if this progresses and we have to deal with more than their shuttles, could the tugs de-orbit something the size of Delta?”

“If properly positioned, yes,” said Hermans. “With the smaller vessels we’re assuming we can latch onto them any way we can and still be able to outmuscle their onboard systems. For something the size of the station, we would need four or five tugs all lined up on the velocity vector, so we couldn’t just grab it at random. But we could slow it enough to drop it out of orbit in a few days.”

“For something the size of Delta,” said Louise, “it would be preferable to have some control over where it comes down. Big pieces of it will make it to the ground. They’ve got enough problems down there, they don’t need us dropping something that big on a city and wiping out what survivors there are.”

“We’ll do what we can,” said Hermans, “but if it comes down to a few of them or all of us dying, it might have to be a few of them. Moving the tugs now, BETTY has control of them. SYMBA, please monitor and be ready to take over if there’s any interruption of the data link up to GEO.”

“Yes, Mister Hermans. BETTY and I are in close communications.”

“SYMBA,” said Garcia, “in the messages you’re sending to them, ask if their destination is SpaceChem Delta station. Tell them that we need to talk to them immediately if that’s the case, otherwise we will be forced to take action against them.”

“Yes, ma’am.”

The 3D plot updated to show the positions of the stations in the same orbital plane as the new ships, with Delta station highlighted. In a few minutes it also began to show the group of attack tugs.

“I have an active communication link with the lead spacecraft,” SYMBA suddenly said.

“Put it up,” said Garcia.

A new window opened, showing a young man looking slightly queasy. Behind him the shuttle was packed, at capacity at least, if not packed beyond the normal maximum number of passengers. They all seemed to be flailing about in the microgravity, only avoiding violent bounces off the walls because it was too packed to travel very far.

“Unknown spacecraft, this is Alexa Garcia, commander of LEO Terminus Station. You are flying an unauthorized vehicle in a strict quarantine area and endangering the lives of tens or hundreds of thousands of people. Please identify yourself and state your intentions.”

“Commander, I am Juan Castillo, lead scientist and commander of this mission. We have no intention of endangering any of your people or your facilities. We understand your situation and your quarantine procedures and we will not violate them.”

“You already have violated them by launching with no notice and entering orbit. What are you doing up here and why shouldn’t I force you back down to the surface?”

“I apologize for that, it was necessary in order to put our resources together to enable this launch. I will be glad to discuss the current situation on Earth at some time later so you can become familiar with how bad it’s gotten, but right now I’m trying to take our last best chance at solving a much bigger problem. But we will need your help.”

“Of course you will. You still haven’t told me who you are.”

“We’re all medical researchers. We’re some of the few that have survived AHF. We are all either naturally immune or we’ve recovered from our infections. We understand that we can infect you, which is why we will not break your quarantine. But we have to have someplace where we can continue our work on finding a cure and a vaccine for AHF, and that’s no longer possible down below.”

“So you’re going to set up shop up here? How do you plan to do that?”

“As you have surmised, we wish to dock with the SpaceChem Delta station. We know that it has been abandoned but is still functional. The two cargo shuttles with us contain all of the equipment and supplies that we could pack into them. We want to convert Delta station for use as our medical research facility.”

“Mister Castillo, under our current regulations I can not allow you to stay in orbit where you and your people will always pose an significant danger to all of our people.”

“Commander, first of all, it’s Doctor Castillo. I was head of the immunology research division at Pontificia Universidad Católica de Chile in Santiago. Except for our pilots, all of my companions are medical researchers as well. We have all either lost our families to this plague or we have left them behind to fend for themselves.

“We have researchers from the United States, Europe, and Asia in our group. What little is left of the military forces and governments of Earth has put us together and found the resources to launch us. We will be the last launch for a very long time, and if we are unsuccessful we will be the last launch forever off of Earth. We will do whatever you require to meet your security and quarantine concerns, but we can not be sent back down to Earth.”

“Doctor, I appreciate the effort that’s been put into your mission and I don’t doubt that conditions on Earth are as bad as you say. But I have no choice in the matter, our quarantine regulations have been established to prevent all of our off-Earth civilization from being dragged down with the governments that have already collapsed on the surface. I’m sorry.”

“Commander, you do have a choice and I’m begging you to consider it carefully. We know that the Delta station is unoccupied. We can use it without having any contact between us and your people. The only assistance we will require from you will be remote, information and technical assistance, as well as supplies to keep us functional and alive. But those shipments will be one-way only, from you to us, and the supply craft will be sent down to the ground after we’re done with them. There will never be any contact from us to you until we are sure that we have a cure from this disease and you are convinced that your quarantine can be lifted.”

“Stand by, Doctor. Under no circumstances are you to attempt to dock or come in contact with any other vessel, including Delta station. Is that clear?”

“Yes, commander, we will stand by and not dock.”

SYMBA muted the connection, leaving the silent video from the refugee vessel on the wall.

“Amanda, Neil, any comments?”

“The regulations are clear, Alexa,” said Louise. “They can’t be up here.”

“The regulations are clear, but if what Castillo is saying is true, he’s probably correct about this being their last chance, which could mean that it’s our last chance as well. We’ve be so focused on our own survival after the ground went radio silent that we’ve forgotten what’s below us. All of the resources we need are right there, if we can find a way to not be contaminated by them.”

“If I may comment,” said SYMBA, “another factor is the fate of all of the surviving humans and AIs on the surface. While systems may have collapsed and it may be chaotic on a gross scale, there are still billions of people alive down on Earth, thousands of times our population. If Doctor Castillo’s group is able to find a way of saving them then the rebuilding can begin on Earth, which can only benefit our chances of survival.”

“SYMBA,” said Garcia, “is that just your opinion or is that coming from other AIs?”

“I am in contact with the AI Council and I have taken the liberty of updating them on this situation. There has been little time for analysis, but we believe that allowing Doctor Castillo’s group to proceed more than triples our chances of long-term survival off-Earth. We believe that it will be possible to keep them under strict control on Delta station and maintain our quarantine.”

Garcia thought about that for several long minutes.

“SYMBA, put them back online.”

Garcia waited for the connection to be reactivated.

“Doctor Castillo, your four ships have permission to dock with the SpaceChem Delta station. You are required to stay in permanent, constant contact with LEO Station and my staff. We will work with you to establish regulations regarding your activities. You will allow us to attach equipment to both Delta station and all of your ships which will allow us to terminate your orbital activities at any time. Any violation whatsoever of our orders will result in your group being immediately deorbited. Is all of that clear?”

“Yes, Commander, thank you. We will do as you say. Thank you, you may have just saved what’s left of Mankind.”

“Or condemned it,” Garcia muttered under her breath.

The problem with taking on three huge, time-sucking, monster projects at once is that if you guess wrong and try to do them all, you can end up with none of them being done.

While I normally put in a lot of  internal links to previous, related posts here, I won’t be doing that for what I hope will be this year’s thirty NaNoWriMo posts. If you have jumped into or stumbled onto this story in mid-adventure, there are plenty of other ways to navigate around the site to find previous installments. Actually doing so is left as an exercise to the student.

CHAPTER NINE

“Commander Garcia, red alert. Launch, launch, launch. I’m tracking a launch out of Quito. The vehicle is flying a low-G trajectory so it’s likely to be a passenger ship.”

The LEO station commander was startled as she looked up from the reports she had been reading. “SYMBA, is QuitoOps back online? Are you sure that you’re tracking an actual launch and not some anomaly?”

“No, Commander Garcia, there has been no contact with QuitoOps or any of the other launch site AIs in thirty-five days. I am getting visual data on the launch from three different sources so confidence in the data is extremely good.”

“So, how are they launching? I thought it wasn’t possible without AI oversight and control. Not to mention the power needed to charge the launcher, lasers, or tracking system.”

“That is unknown, ma’am. The most likely option is that there is a functioning AI which we are not in contact with. Alert. Launch, launch, launch. Ma’am, I am now tracking a second launch out of Quito.”

“You’re kidding. Wait, ignore that. Is the second ship also a passenger vessel?”

“That is unknown, ma’am. Both ships are following similar low-G launch profiles, so it is likely that they are both occupied.”

“Do you have any radio contact with either ship?”

“No ma’am, I have been trying and will continue to try to contact them but there is no response so far.”

“This stinks. Put me in contact with Neil Hermans and keep GEO Station updated on the situation. Let me know as soon as you have a better track on them so we know where they’re going. I don’t want them getting anywhere near any of our stations. Quarantine has to be absolutely airtight to keep these ships out of our systems.”

“Yes ma’am. Alert, launch, launch, launch. I am now tracking a third and fourth launches out of Quito. Initial tracking data indicates that both of these vessels are heavies, executing high-G climbs and launching with external solid strap-on boosters.”

“Jesus, what are they doing?” said Garcia. “Are we in contact with anyone down there who can tell us what’s going on?”

“Ma’am, our only contact with anyone on the surface is sporadic contact with amateur radio operators. None of them that I am aware of are near the Quito launch complex. Ma’am, Mister Hermans is available.”

A window opened up on the wall, showing Hermans looking like he had just gotten out of bed. He was looking off to the side of the camera, scanning data on the display there.

“Alexa, what the hell is going on? Who are these guys?” he asked.

“Neil, you know as much as I do. We had no indications that anyone down there still had anything close to a functional launch facility, let alone the power to get off a single launch. Now we’ve got four ships coming up, with no advance warning and no communications from them.”

“If I were a paranoid man, I would say this looks like an attack. Except that it makes absolutely no sense to attack us, and if they had the resources to run that facility for an attack they would be much better off using it to get their act together down there.”

“SYMBA, any further launches or changes in the trajectories?” Garcia asked.

“No further launches, ma’am. The first two vessels have reached orbit. The two heavies will achieve orbit in three minutes. All four have launched into a plane five degrees off from the equator. Preliminary data indicates that they will have an apogee of 443 kilometers.”

“So they’re not coming here to Terminus Station?” asked Garcia.

“No ma’am, it does not appear that our station is their destination. I’m checking now to see what destinations are possible.”

“The five degree planes are mostly occupied by the automated manufacturing stations,” said Amanda Louise as a window popped up showing her in the GEO Command Center. “But they’re all up above 600 klicks. These guys should be capable of getting up there pretty easily if that’s their goal.”

“There are thirty-seven manufacturing and research stations available in theory for these ships on their current trajectories,” said SYMBA. “Many of these are unoccupied but all have at least rudimentary living facilities for emergencies or servicing crews.”

“Give us a list of all of those,” ordered Garcia. “As you keep trying to make contact with them, keep ordering them to stand off from any existing facility. An approach to any station at all will be considered a hostile action and will be dealt with immediately.”

“Neil, where are the nearest response assets?” asked Louise. “How long will it take to launch them and how long will it take them to intercept those vessels if we have to?”

“I’m working on that now, Amanda. Give me fifteen minutes.”

They watched in silence as the four vehicles slowly climbed. As each of them reached apogee over Sumatra a brief rocket firing circularized their orbits.

Five days and change left in NaNoWriMo. One hundred and twenty-two hours and thirty-three minutes as I write this.

IT’S HERO TIME! *grabs mace and sword and attacks WordPerfect file, striking it repeatedly about the grammar and syntax*

While I normally put in a lot of  internal links to previous, related posts here, I won’t be doing that for what I hope will be this year’s thirty NaNoWriMo posts. If you have jumped into or stumbled onto this story in mid-adventure, there are plenty of other ways to navigate around the site to find previous installments. Actually doing so is left as an exercise to the student.

CHAPTER EIGHT (concluded)

“Once we get up, running, and in contact with the ore deposits, we should be able to move up to the next steps in construction using the processed ore itself. But to get to that point, before we get to the ore, we’re going to need materials to bootstrap the process. While we might be able to do it by scavenging equipment from Cronus, instead I suggest that we use parts of Cronus herself.”

“I don’t follow, what parts?” Alsby asked.

Carson waved his arms at their surroundings. “All of this. The rock, the hull. You know that when they hollowed out this asteroid they left most of the material in there, over engineered it like crazy. We think that we can take a hundred metric tons or more of material out of the interior, making our habitable spaces bigger and processing that material to use to build the first parts of the Rhea station.”

“I would really prefer that you didn’t dismantle the ship around us while we’re a billion miles from the nearest help, if it’s all the same to you.”

“Captain, the main reason they hollowed out so little of the interior of Cronus is that they didn’t need to do any more. It’s not for structural reasons and it’s not for radiation shielding. We can do this safely, and it solves the initial bootstrap problems.”

Alsby was silent. She didn’t like to be second-guessing her superbly qualified crew with a kneejerk reaction. She also didn’t like people taking chances with her ship.

“I’ll give it consideration. Have SaSEM give me access to your plans and calculations and I’ll see how unreasonable and outrageous they are. But one thing you haven’t mentioned is how you’re going to dig down to these ore deposits. I know we’ve talked about using the Enceladus Digger probe, but that’s nowhere near big enough to allow access.”

“Correct, Captain, we’ll be using the Digger,” said Carson. “It’s only designed to melt out and keep open a channel a fraction of a meter wide. The key to using it on Rhea is the distance we’ll have to be digging. Since the Digger was designed to dig through up to fifty kilometers of ice on Enceladus to get to the interior ocean, the connection path to the surface would have to be quite small.”

“But here we’ll only be going down a handful of kilometers at most,” jumped in Phillips. “Since the connection cable keeps the passage clear by heating it, we can put a lot more power into a five kilometer cable than we can a fifty kilometer cable. That will in turn create a much bigger passage. From there we can have modified sample collection bots roaming up and down the cable to widen it even more. We figure we can support a passage with a diameter of nearly ten meters. That’s more than enough to run a pair of lifts and all of the data, supply, and communication cables we need, as well as the plumbing for bringing up gaseous volatiles.”

“You’ve run all of this past CeresOps as well?”

“Yes, ma’am, they’re the ones who thought of it. They’ve been doing the testing on the Digger’s connection cable materials to verify that it will handle the power and heat overload and they’re sure it will.”

“Excellent. Have SaSEM give me access to that as well. Now, you said that you had a personal request as well?”

“Yes, ma’am.” Carson took a deep breath, glanced at Phillips, and then pressed onward. “We’re aware that it’s against regulations, but Betty and I would like to get married. I’m sure you’re aware that we’ve been involved as a couple for some time.”

“Worst kept secret on the ship, Ben. We all know that these things happen, especially in tight quarters and a long mission. So long as it doesn’t get messy and cause problems to the mission, most captains, like myself, generally look the other way. But those couples always wait until they get back home to get married and solidify their relationships. Why do you want to do it here and now, and why do you think it would be allowed in violation of the regs?”

“We believe that the regs were designed and implemented under different circumstances, before the AHF plague hit Earth. We all know how many of the details in the regs are simply window dressing to keep the Earth governments and their taxpayers happy. Now that we’re on our own up here, we believe that it’s essential that we adopt a more pragmatic and realistic system. This would be an excellent, practical, and logical first step.”

“Great speech, Ben, but there’s nothing logical about getting married.” Alsby sighed. “I’m inclined to agree with you, but I don’t see why you have to get married. What’s the rush? Why not just keep the status quo while we loosen the regs onboard concerning fraternization?”

“That’s the other thing, ma’am,” said Phillips. “We’re suggesting that we stay behind to keep the Rhea station and mining operation going when Cronus returns to Ceres.”

Both Alsby and Miller looked stunned by the suggestion.

“It makes sense, Captain,” said Carson. “If we get this operation running, the whole system is going to be depending on us for volatiles, especially water. You said yourself that there will be others coming to permanently inhabit the station. We believe that someone will have to stay behind to keep it running until they get here. We’re the ones with the engineering experience to pull it off, so we should be the ones to stay.”

“How about the fact that we’re going to need your engineering experience on the Cronus?” Alsby asked.

“Once you’re done with Saturn and head back home to Ceres, ninety-nine percent of the engineering on Cronus will be routine maintenance. SaSEM already monitors and directs repairs there. We’re just her puppets who actually have hands, feet, and eyes to get the job done faster than a bot could. Almost anyone in the crew could do that, and you’ll still have Volkov and Simpson for anything fancy.”

There was a long pause as Alsby looked back and forth between her two Chief Engineers. Generally it was tough to squirm in zero-G, but after more than a minute of scrutiny, they were making a good effort.

“You’re asking for a lot,” Alsby finally said. “I agree that we will have to take some additional risks. Perhaps we will have to leave you behind on station. I’ll agree to at least putting that option on the table as we make plans going forward.”

“Thank you, ma’am,” Phillips said.

“Don’t thank me, I’m just stalling to give you time to come to your senses. In the meantime, SaSEM, please tell Naoiki and the department heads that I want to have a conference in, say, two hours to talk about the issue of some potential changes in our regulations . Ben and Betty, I want you here there as well. Todd, you too. Any questions?”

“I hesitate to get overly personal,” Miller said, “but given the circumstances I feel that someone should ask.” He looked at Phillips. “Betty, you’re not pregnant, are you?”

“Jesus, Todd! Of course I’m not. We’re in love, we’re not insane.”

Down? Yes.

Out? No way.

Even if it turns out to only be 50 words today, it will be 50 more than I had yesterday.

While I normally put in a lot of  internal links to previous, related posts here, I won’t be doing that for what I hope will be this year’s thirty NaNoWriMo posts. If you have jumped into or stumbled onto this story in mid-adventure, there are plenty of other ways to navigate around the site to find previous installments. Actually doing so is left as an exercise to the student.

CHAPTER EIGHT

Rhea was an icy cue ball hanging below them, no longer a dot or far distant orb, but a world now. The surface not only was smooth in comparison to the rocky worlds of the solar system, but it was smooth compared to the other ice moons. Still, having kilometer deep craters and ridges in the frozen surface still meant a landscape unlike anything ever explored in person before.

Now in orbit around Rhea, Cronus had dropped two robot probes down to the surface. The first had gone onto the floor of the biggest crater on the moon, Tirawa, which had a tall, irregular central spire. The second had gone down onto one of the wide plains of ice, dotted with millions of small, shallow craters.

Both were having some problems learning to move around. With a surface gravity only 1/37^th of Earth, it was as big of a decrease from the Moon’s gravity to Rhea’s as the Moon’s gravity was compared to Earth. With such low gravity and an extremely icy and slick surface, wheeled transport would have been extremely difficult.

Instead, something completely novel had been cooked up before Cronus had left Ceres. The probes designed for use on the icy moons were equipped with L-shaped appendages that could serve as either skis or snow shoes. On hard ice they would turn the ski surface downward, while on any puffy or powdery surface they could rotate their “feet” to have the showshoe side down.

That would let them move around, but didn’t give them a means of locomotion or a way to stay in one place if the terrain wanted to slide them somewhere else. Wanting to not re-invent the wheel, the mission engineers had found a way to let the probes anchor themselves and then move slowly and securely, just like it would be done by ice climbers on Earth.

Three arms on each lander were tipped with sharp pitons. Any one of the arms was enough to hold the probe on anything but the most extreme slopes, but with all three anchored the probes were solid as rock. The pitons could be heated slightly to facilitate their burial into the ice or their removal from it. When the average temperature at noon was −200 °C, it didn’t take much .

In order to move, the landers were equipped with three systems for deploying ropes and hooks, then reeling them in. The thin but strong lines could shoot an anchor up to 100 meters away, allowing the probe to slide itself along the line. To go across an area at an angle, a second or third anchor could be set. By reeling in lines and letting line out with others, it was hoped that the probes could move about fairly easily, if not quickly.

Nuclear powered and ruggedly built, the probes’ large central bodies, the way they were supported off the ground by a tripod of metal, steel-tipped legs, and the way they moved by shooting out lines and then scooting along them quickly earned them the name of “spiders.”