FSP-IRD
12-03-2008, 11:37
Imagine, if you will, a point in space where the rules just do not apply. Everything stops. Reality bends to rules that are just not of this world, folding in on itself, wrapping around in a point that barely has size.
But it is there.
And the absence of anything allowed for it to be measured. You just measure all around it and find the missing area.
The monitoring equipment was extremely sensitive, and tracking every bit of matter down past the subatomic level that entered the area was the function of a dedicated series of very powerful computers.
The point was wrapped in a sealed environment, with precisely known contents that never changed. Ever.
Until one day they did.
* * * * *
Fred Billig was an undergraduate physics major at Vanderbilt University (Griffin), and he had been looking to earn a little extra money. When he had signed up for Professor Keith’s special project, though, he had imagined something a little more exciting than watching a computer screen for six hours twice a week.
Oh well, there were audible alarms that went off if anything went wrong, and it was a good opportunity for free coffee and to get his homework done. No one really went to bed before eleven anyway in college, did they?
He took a sip of his coffee, though. Unfortunately, his homework had taken less time than he had planned on, and he was all caught up, with the next week’s assignments completed as well. There were definite advantages to being ahead in his classes, but frankly, there was only so far he was willing to go ahead. Now he was getting bored, though fortunately, Ashley Gibson would probably be here soon. She took the shifts immediately following his and tended to show up about half an hour early.
So that only meant he had to sit and stare at the displays for twenty minutes, maybe thirty at the most.
After ten minutes he had to get another cup of coffee. Without work or something interesting and fun to do, staying up past midnight was difficult when you woke up at seven in the morning for class starting at eight.
Ten minutes passed again, and Fred distractedly spun the dregs of the coffee in his cup, watching the screen without seeing it. The first beep brought him out of his stupor, though, and a smile broke out across his face. Ashley was here!
Someone to talk to, finally. After a few more beeps, the buzzer sounded harshly, and the door unsealed, letting the young woman into “The Cage” as it was known to the undergrads foolish enough to sign up for the Professor’s project, even if they would be listed in the articles if anything was published from it.
“Hey, Fred,” she said brightly, sounding disgustingly awake. “How’re you?”
“Fine,” he muttered back, tossing back the last of his coffee. “You?”
“Great, my parents were visiting and took me out to dinner. We went to Rae’s.”
Fred laughed. “They must miss you.”
“Well, I did go to local college the last two years, cause they couldn’t afford Vanderbilt.” The young man nodded. He recalled past conversations mentioning that she was at the premier science and engineering university in the Federation on a full academic scholarship. She looked around briefly, and saw his closed up shoulder bag. “No homework today?”
“All done,” he replied with a grin.
“Oh really? Do you think you could help me with number…” Whatever else she had been going to say was cut off by the alarm sounding. “Oh shit.” Her face pinked slightly when she cursed, but neither of them noticed.
There was silence for a moment, except for the alarm continuing to sound, then the movement began. Fred slammed his chair forward and began pulling up the different sensors. It was always possible a sensor had failed and that set off the alarm. Ashley began scrolling through the different readouts to determine what had happened to trigger the sensor.
“All the sensors are functioning,” Fred reported after a moment, having run the quickest possible diagnostic that the system would allow.
“Well,” Ashley began, “the EM test just reported a central beam failure.” The EM test was a directed stream of EM radiation with a set wavelength and amplitude that were large enough to encompass the irregularity. A central beam failure meant that the sensor directly opposite the irregularity was no longer reading the center of the stream. If, as Fred’s diagnostics indicated, it was working properly, it meant that the central beam was no longer reaching the opposite side of the containment unit.
Fred’s eyes grew wide. “See if you can find it, then. I’ll call Professor Keith.” The young woman nodded and sat down in the second chair the Cage had, beginning to rapidly cycle through the different screens by touch and typing.
* * * * *
By the time Professor Keith arrived, dressed in a bathrobe with his hair sticking out to one side and mismatched slippers, one of which was hopefully his wife’s, at least, Fred thought he was married, the two undergrads were fairly certain they had discovered the source of the problem.
The irregularity had grown from a point to a hole in spacetime. The overpressured atmosphere inside the containment vessel was steadily departing, and the entire stream of EM radiation was vanishing into the opening in the universe as well.
The students, knowing their professor well, waited until he asked for more details. “Vanessa,” he ordered after coding into the secure room, standing there. “Give me holodisplay Keith-Seven-Beta.”
The electronic intelligence who worked for the school, monitoring classrooms, labs, and a multitude of other concerns, did not bother to respond verbally. A huge hologram blinked on though, hovering in the air, and prompting the two students to push back in their chairs. Keith raised his hands up and began to fiddle with the display, which was a multicolored representation of the containment chamber. The colors cycled through different spectrums in response to his hand motions, and the man hummed softly, then smiled tightly.
“Alright, Mister Billig, Miss Gibson, tell me what you’ve found out so far.” The students began explaining quickly, as Keith continued to manipulate the display. After a few minutes, they wound down, not being experts by any stretch. “Alright, let’s try some things. Mister Billig, can you evacuate the atmosphere from the chamber? Miss Gibson, begin running the EM stream through test sequence Keith-EM-Zero-Gamma. Let’s see what we can find out.”
* * * * *
Some things, of course, were already known. Many years before, when the continent of Dor Lomin had first emerged into the current fractal reality, a small group of extremely powerful magicians known as Planeswalkers had come with them. After observing the violence and high intensity of the new world, particularly the use to which the Regional Alliance had put the mages, they had opened a portal and departed to another world, perhaps another universe, never to be seen or heard from again.
The irregularity was all that remained of them, in the exact spatial center of the portal that had been created, invisible and unknowable.
Fifty kilometers north of the Fuina landmass that made up the second largest island in the cluster there had once been an island, claimed by the Planeswalkers as their home, that was now gone. Hovering over the geographic center of where that island had been was the irregularity, almost a kilometer above the surface of the waves which had surged with intense violence at the disappearance of interruption, but had long since calmed down.
When the irregularity had first been discovered, the area had been cordoned off, preventing travel near it, and the containment system had been devised, hovering high over the waves, a lonely sentinel against something not understood, not with reality bending technologies or magic.
Until now, that had never been an issue.
* * * * *
Weeks went by – some of the most exciting weeks of Fred Billig’s life. First off, he started dating Ashley after their night in the laboratory with Professor Keith. Neither of them had gotten any sleep that night, and had missed their classes the next day.
It had been worth it.
Because the two of them had been present (and had responded appropriately, Keith had made very clear) when ‘The Event’ as the Professor had taken to calling it, he had included them in all the different sessions where experiments were run on the irregularity, sensing, if nothing else, a curiosity he believed could be honed into a genuine interest in the bleeding edge of physics.
The tests, as before, were inconclusive about the nature of the issue.
But the irregularity kept growing, expanding as more and more matter and energy slid into it, drifting in by deliberate experimentation or, as it grew, by accident.
Unfortunately, by the end of the first week the irregularity was too large for the containment vessel, and Professor Keith had to file paperwork with the government to explain what they knew and to request the expansion of the no-travel zone around the irregularity.
The request had been granted with-in thirty-six hours.
At the end of two months, the research team had concluded that they had done all they could remotely, and were debating other options for exploring the now eighty-seven meter diameter disk-shaped ripple in reality.
“Alright,” said Professor Keith, sitting at the head of the table, looking around at the two undergraduates, three graduate students, and an associate professor working with him on the project. “We seem to have exhausted our real options, and we’re not able to contain expansion any longer. Somehow, sending matter or energy into the anomaly increases its size, and so, while I would like to continue studying it, I think our priority must become causing the irregularity to close back up, rather than continuing to probe it and discover what makes it work. Ideas?”
“Well, given the difference in the expansion rate between our physical experiments and our EMG ones, I think it is fairly clear that we need to keep matter from traveling into it if at all possible,” one of the graduate students said calmly, and the second most senior person in the room blanched.
“It’s now eighty-seven meters across, a kilometer in the air, and fifty kilometers from the nearest dirt, so how exactly to you propose we keep a vacuum around it to prevent air from just drifting in?”
The young woman’s eyes flashed angrily in response to the abrasive professor. “I’m not sure, Professor. I’m perfectly cognizant of the difficulties involved.”
Keith broke in. “Vlad, Irene, calm down. Everyone is aware of the difficulties we’re facing, that’s why I want a free exchange of ideas. Nothing is to be excluded. Consider ways of keeping air away from the irregularity.”
“Could we use interceptor fields to project a field around the irregularity? Push air away?” Interceptor fields were a secondary defensive system built into Federation cities to intercept incoming missiles by projecting what was a essentially a small bubble of a SWD drive (the primary Federation aerospace drive, used in the thousands of starships operated by both private firms and the government) into the path of the target. When it hit, as usual, it vaporized, but well above the ground. They were used in cities because of the significantly degrading effect atmosphere had on defensive lasers, also used because lasers would not necessarily stop a kinetic bombardment.
Keith shook his head. “Not in the initial configuration. They only project fields for about a second at most.” He turned his gaze to one of the other graduate students, who was widely regarded as the techie of the group. “Do you think such a modification might be possible?”
The man shook his head. “Not really. I mean, they’re specifically designed for long rang projection, but maintaining a field would essentially require rebuilding the whole device. Especially since they’re really only designed to project a small arc of the total field and we would need something that completely enclosed the irregularity.”
When he paused, it was enough for Fred to break in. “Well, why not just use a complete drive field? Wrap it around the irregularity.”
Keith frowned, and the associate professor started to scoff, but the technically oriented graduate student smiled. “That would work, if we had a way to do it.”
“But,” the remaining grad student objected, “would it work? Could we project a drive field around the irregularity? Might it not just feed energy from the projection into the irregularity, thereby completely defeating the point of keeping the air out?”
Keith nodded. “That would be a problem, but we could probably angle the projectors to go around the irregularity rather than through it. Even still, the energy bleed into the irregularity would cause considerably less growth than the air that is traveling into it right now.” He smiled at the young undergraduate. “Excellent idea, Mister Billig. Vlad, Brian, look into acquiring what we need after the meeting. Miss Gibson, Mister Billig, you two work with Professor Cromarty. This is going to be expensive, but I imagine I’ll be filing another request for a grant from the government after this meeting.”
The senior researcher leaned back in his chair and examined the gathering. “Now, hopefully that should at least slow the growth of the irregularity if we can pull it off. Our real goal, on the other hand, is to stop, at the least, or preferably, reverse, the growth. Professor Cromarty and myself have run every experiment we can think of to probe the irregularity, so we need ideas.”
There was silence for a moment, then Ashley spoke up. “Well, we know that the Planeswalkers created it. Why don’t we arrange to have some mages probe the irregularity, since pure science doesn’t seem to be giving us an answer?”
Keith brightened up. “Of course! We’ve been treating this as pure physics investigation, completely ignoring the source of the problem. Excellent point, Miss Gibson. Irene, can you consult with…” He frowned. “Whoever it is we’re supposed to contact about these things?”
The only female graduate student smiled, trying to hide her amusement at the Professor’s forgetfulness of the contact. It was rare that this portion of the physics department dealt with that level of metaphyiscs. “Of course, Professor. Could I have Ashley’s assistance on that?” She smiled at the younger woman, who nodded fractionally back at her, saying she could handle it.
Keith nodded. “That’s fine, if it is alright with Miss Gibson. I don’t want to overload our younger team members.” He grinned a little evilly. “Finals will be coming up soon.”
The two undergraduates shuddered, then smiled tentatively back at the man. Fred spoke up. “If we continue along the vein that the irregularity is magically based, perhaps we should consider what it did. The Planeswalkers, as I understand it, used the portal to leave Earth, and possibly this entire dimension. Is it possible the connection still exists? Perhaps we could find some answers on the other side, if it does.”
The senior professor nodded again. “That is an excellent idea, Mister Billig. Donnie, could you look into the different types of probes we might be able to send through the irregularity. Concentrate on less expensive ones, at least at first, since I’d hate for them to just be disassociating when they reached the normal horizon if it isn’t really a portal of some type.”
“Of course, Professor.”
“You’ll work with Donnie on that, Mister Billig.” Fred nodded at the instruction. It hardly came as a surprise. With Professor Keith, if you had an idea, you were the one to do it. Or in the case of the undergraduates, observe someone who knew how to do it so that you could do it next time. “Is there anything else?” He waited a moment. “Yeah, I didn’t think so. You all have plenty to do, so let’s go do it, people.”
When the Professor stood, the meeting was over.
* * * * *
Unfortunately, despite some good ideas, it still took time to execute, especially as certain elements had to be custom designed. Time, unfortunately, was the one thing there was not an abundance of in this situation.
And well, making things quickly just made them more expensive. So the costs began to spiral out of control as the irregularity did the same thing. The thickness reached a full seven centimeters, but it began to grow even faster as it got bigger. The expansion rate was based on the travel of matter and energy into the irregularity, and as it got larger, more matter and energy could flow into it.
By the time the containment system was ready, the irregularity was over five hundred meters in radius, reaching down disastrously towards the open sea beneath it.
The framework looked like a very incomplete starship, long and low-slung, over five hundred meters in length, supporting nothing but the drive nodes, a simple computer core and FTL comm, four Goshawk-Nine fusion reactors, and a massive hydrogen bunker. The fusion reactors were the same reactors that powered the Federation’s massive space warship classes, the Capella-class dreadnaught and the Lance of Longinus-class Fleet Carrier.
Lowered from orbit by a dozen heavy lift shuttles, it was stationed very precisely just higher than its final altitude. The reason for this was that while the platform itself had an FTL communications node, courtesy of the government and Dragonstar Shipbuilding, the subcontracting shuttles did not, and so it would require that the platform fall clear of the shuttles’ tractor beams before the drive field began to rip up the air.
The maneuver had gone off perfectly, the drive field being moved into its final position with exacting care, directly opposite and ten meters clear of the horizon of the irregularity. The drive field had no trouble wrapping around the kilometer wide disk from there.
The unfortunate problem that arose was that this was not a perfect solution. Air, of course, remained within the drive field, even if no more could travel in, though the air inside was immune to pressure and weather effects that would cause its movement. The field’s energy also continued to feed the drive field, and there was a slight, if measurable, pressure drop just shy of the normal horizon, which caused the air to slowly flow towards it.
For some time, the small probes that the scientists began to send through returned results that made no sense, in that there was barely a resumption of signal from the before they stopped transmitting all together, as well as stopping to receive orders – especially orders to return through the irregularity.
Finally, at a suggestion from Professor Cromarty, they tied a rope around the next remote probe, and the other end of the rope around a second probe that would remain on this side of the irregularity so they could retrieve the probe traveling through, since it refused to return when given orders to do so.
The example was telling.
The returned probe was completely deactivated and drained of power. Alpinolo, the elf wizard who came to examine the irregularity for them, also looked at the probe and pronounced the damage the result of a magical anti-technology field. He assured them that anything that did not function on any sort of mechanical-electrical basis should continue to function within the field.
Unfortunately, probes of that variety did not exist within the Federation, nor did much technology of any type that functioned in that matter.
Alpinolo concluded, upon a very close examination of the field, while in an environmental suit to protect him from the low pressure, that something had prevented the dimensional portal the Planeswalkers had created from closing properly. He speculated that it was related to the fractal nature of the universe that the Federation now found itself in, but he had no way to confirm the hypothesis. What he could tell them is that the portal had somehow morphed into a rift, and was being maintained, mostly, from the other side. The constant supply of matter and energy from this side was helping, but the supporting magic was on the far side.
And no, there was no way in Hell he was going to go through and see if he could cancel it. If for no other reason, there was a very real possibility of being trapped on the other side.
They would need someone crazy.
It turned out all the professional crazies, ah, adventurers, in the Federation were, ah, busy this week. Or, at least, none of them wanted to go without their technical equipment.
The inherent difficulties of a high-tech society.
So the contacts went out, reaching out to other universities around the globe, looking for adventurers willing to take on an unknown challenge. A description of the irregularity and its history was included. No mention of it probably being a suicide mission ever arose.
When those who volunteered arrived, they arrived by way of the Griffin International Transportation Hub, a massive aerospace-surface port facility that stretched along the edge of the Federation Capital. The multikilometer tall towers were visible in the distance, and swiftly approached once the adventurers were met by undergraduate physics students attached to the project and loaded into aircars which sped through the air at hundreds of kilometers an hour.
The lightly armored, massive mountains of metal gleamed under the sun, transparisteel windows shining back as the aircars sped across the city at a full two kilometers of altitude.
The university was providing basic gear, and any gear that the adventurers brought with them easily fit into the cargo spaces at the rear of the aircars. They were introduced and a final briefing was given about the goals and the rewards – essentially, shut down whatever it was creating the rift, or, at the very least, the anti-magic field so that the Federation could send more explorers with heavier and advanced equipment to close the rift. Alternatively, though less acceptably, the group could merely stop the growth of the rift. They would be compensated fifty thousand Federation credits for the trip, with a twenty thousand credit bonus if they were fully successful. Additionally, any ‘treasure’ encountered on the other side was theirs to keep – unless it was directly related to the rift.
Lightweight pressure suits, with no electronic components, were provided for the trip into the rift. Compared to before, the framework hovering inside the bubble of the drive field now looked very unbalanced with the addition of a nine and a half meter platform that the aircars unloaded their passengers on to the next day. The platform stretched outward towards the rift, stopping about fifty centimeters from the surface. A long step, perhaps, but not impossible.
All around the adventurers was the gleaming blue glow of the drive field, but it was hopeful no one had any real issue with heights, because there was nothing but the drive field (which would at least prevent anyone who fell from hitting the surface, though, admittedly, they’d be converted to energy) between the platform and the water a kilometer below.
Before them was the roiling, seething mass of the rift, ripples of every imaginable color (and some that were not) fading into a pure black center as reality collapsed around it. The Federation science team was standing on the platform with the explorers, though well back and out of the way, available to answer any last minute questions or to carry away anyone who wanted to back out.
Briefed on the operation of the suits, the adventuring group would know that until they took the suit helmets off, they would need to physically touch two helmets together to allow the sound waves of their voices to propagate, and therefore, there was no way to communicate except by sign language without direct physical contact.
-----------------
OOC: I'm closing recruitment for this thread. I've talked to enough people to make up a decent sized crew.
Those of you who are invited already know who you are. Those who wish to join, send me a telegram with a description of what you think you can add to the story and I’ll decide. If you’re curious what I’m looking for, think ‘heroic’, but not ‘epic’. If you fool me and turn epic later on, you’ll probably die quickly. Fair warning. Or your character can be a complete screw up. That’s okay too.
Moving on to those of you who know you’re allowed to come along. Rather than deal with all the arrival and pre-mission nonsense, I’ve fast forwarded to the jumping off point. At this point, your characters know the names of everyone coming on the trip with them, as well as the names of everyone on the science team from Vanderbilt. They should know everything of importance to the mission mentioned already in the post above – you can assume a full layman’s briefing on the rift, unless you’re sending a physics and/or transport-magic professor, in which case it is a very detailed briefing with everything they know.
Which is, admittedly, not much.
Oh, one other note. I will be deciding certain events by random rolls. Yeah, that may suck for some people, but I will try to avoid having anyone really screwed by the dice.
Last rule: Have fun. If you stop having fun, say something. If you cause other people to not have fun, your character will probably die. Also, slow isn’t fun. If you aren’t posting at least once a week, your character will probably just get dragged along as Tail-End Charlie.
You can find me on the IRC channel or TG me if you have any questions.
But it is there.
And the absence of anything allowed for it to be measured. You just measure all around it and find the missing area.
The monitoring equipment was extremely sensitive, and tracking every bit of matter down past the subatomic level that entered the area was the function of a dedicated series of very powerful computers.
The point was wrapped in a sealed environment, with precisely known contents that never changed. Ever.
Until one day they did.
* * * * *
Fred Billig was an undergraduate physics major at Vanderbilt University (Griffin), and he had been looking to earn a little extra money. When he had signed up for Professor Keith’s special project, though, he had imagined something a little more exciting than watching a computer screen for six hours twice a week.
Oh well, there were audible alarms that went off if anything went wrong, and it was a good opportunity for free coffee and to get his homework done. No one really went to bed before eleven anyway in college, did they?
He took a sip of his coffee, though. Unfortunately, his homework had taken less time than he had planned on, and he was all caught up, with the next week’s assignments completed as well. There were definite advantages to being ahead in his classes, but frankly, there was only so far he was willing to go ahead. Now he was getting bored, though fortunately, Ashley Gibson would probably be here soon. She took the shifts immediately following his and tended to show up about half an hour early.
So that only meant he had to sit and stare at the displays for twenty minutes, maybe thirty at the most.
After ten minutes he had to get another cup of coffee. Without work or something interesting and fun to do, staying up past midnight was difficult when you woke up at seven in the morning for class starting at eight.
Ten minutes passed again, and Fred distractedly spun the dregs of the coffee in his cup, watching the screen without seeing it. The first beep brought him out of his stupor, though, and a smile broke out across his face. Ashley was here!
Someone to talk to, finally. After a few more beeps, the buzzer sounded harshly, and the door unsealed, letting the young woman into “The Cage” as it was known to the undergrads foolish enough to sign up for the Professor’s project, even if they would be listed in the articles if anything was published from it.
“Hey, Fred,” she said brightly, sounding disgustingly awake. “How’re you?”
“Fine,” he muttered back, tossing back the last of his coffee. “You?”
“Great, my parents were visiting and took me out to dinner. We went to Rae’s.”
Fred laughed. “They must miss you.”
“Well, I did go to local college the last two years, cause they couldn’t afford Vanderbilt.” The young man nodded. He recalled past conversations mentioning that she was at the premier science and engineering university in the Federation on a full academic scholarship. She looked around briefly, and saw his closed up shoulder bag. “No homework today?”
“All done,” he replied with a grin.
“Oh really? Do you think you could help me with number…” Whatever else she had been going to say was cut off by the alarm sounding. “Oh shit.” Her face pinked slightly when she cursed, but neither of them noticed.
There was silence for a moment, except for the alarm continuing to sound, then the movement began. Fred slammed his chair forward and began pulling up the different sensors. It was always possible a sensor had failed and that set off the alarm. Ashley began scrolling through the different readouts to determine what had happened to trigger the sensor.
“All the sensors are functioning,” Fred reported after a moment, having run the quickest possible diagnostic that the system would allow.
“Well,” Ashley began, “the EM test just reported a central beam failure.” The EM test was a directed stream of EM radiation with a set wavelength and amplitude that were large enough to encompass the irregularity. A central beam failure meant that the sensor directly opposite the irregularity was no longer reading the center of the stream. If, as Fred’s diagnostics indicated, it was working properly, it meant that the central beam was no longer reaching the opposite side of the containment unit.
Fred’s eyes grew wide. “See if you can find it, then. I’ll call Professor Keith.” The young woman nodded and sat down in the second chair the Cage had, beginning to rapidly cycle through the different screens by touch and typing.
* * * * *
By the time Professor Keith arrived, dressed in a bathrobe with his hair sticking out to one side and mismatched slippers, one of which was hopefully his wife’s, at least, Fred thought he was married, the two undergrads were fairly certain they had discovered the source of the problem.
The irregularity had grown from a point to a hole in spacetime. The overpressured atmosphere inside the containment vessel was steadily departing, and the entire stream of EM radiation was vanishing into the opening in the universe as well.
The students, knowing their professor well, waited until he asked for more details. “Vanessa,” he ordered after coding into the secure room, standing there. “Give me holodisplay Keith-Seven-Beta.”
The electronic intelligence who worked for the school, monitoring classrooms, labs, and a multitude of other concerns, did not bother to respond verbally. A huge hologram blinked on though, hovering in the air, and prompting the two students to push back in their chairs. Keith raised his hands up and began to fiddle with the display, which was a multicolored representation of the containment chamber. The colors cycled through different spectrums in response to his hand motions, and the man hummed softly, then smiled tightly.
“Alright, Mister Billig, Miss Gibson, tell me what you’ve found out so far.” The students began explaining quickly, as Keith continued to manipulate the display. After a few minutes, they wound down, not being experts by any stretch. “Alright, let’s try some things. Mister Billig, can you evacuate the atmosphere from the chamber? Miss Gibson, begin running the EM stream through test sequence Keith-EM-Zero-Gamma. Let’s see what we can find out.”
* * * * *
Some things, of course, were already known. Many years before, when the continent of Dor Lomin had first emerged into the current fractal reality, a small group of extremely powerful magicians known as Planeswalkers had come with them. After observing the violence and high intensity of the new world, particularly the use to which the Regional Alliance had put the mages, they had opened a portal and departed to another world, perhaps another universe, never to be seen or heard from again.
The irregularity was all that remained of them, in the exact spatial center of the portal that had been created, invisible and unknowable.
Fifty kilometers north of the Fuina landmass that made up the second largest island in the cluster there had once been an island, claimed by the Planeswalkers as their home, that was now gone. Hovering over the geographic center of where that island had been was the irregularity, almost a kilometer above the surface of the waves which had surged with intense violence at the disappearance of interruption, but had long since calmed down.
When the irregularity had first been discovered, the area had been cordoned off, preventing travel near it, and the containment system had been devised, hovering high over the waves, a lonely sentinel against something not understood, not with reality bending technologies or magic.
Until now, that had never been an issue.
* * * * *
Weeks went by – some of the most exciting weeks of Fred Billig’s life. First off, he started dating Ashley after their night in the laboratory with Professor Keith. Neither of them had gotten any sleep that night, and had missed their classes the next day.
It had been worth it.
Because the two of them had been present (and had responded appropriately, Keith had made very clear) when ‘The Event’ as the Professor had taken to calling it, he had included them in all the different sessions where experiments were run on the irregularity, sensing, if nothing else, a curiosity he believed could be honed into a genuine interest in the bleeding edge of physics.
The tests, as before, were inconclusive about the nature of the issue.
But the irregularity kept growing, expanding as more and more matter and energy slid into it, drifting in by deliberate experimentation or, as it grew, by accident.
Unfortunately, by the end of the first week the irregularity was too large for the containment vessel, and Professor Keith had to file paperwork with the government to explain what they knew and to request the expansion of the no-travel zone around the irregularity.
The request had been granted with-in thirty-six hours.
At the end of two months, the research team had concluded that they had done all they could remotely, and were debating other options for exploring the now eighty-seven meter diameter disk-shaped ripple in reality.
“Alright,” said Professor Keith, sitting at the head of the table, looking around at the two undergraduates, three graduate students, and an associate professor working with him on the project. “We seem to have exhausted our real options, and we’re not able to contain expansion any longer. Somehow, sending matter or energy into the anomaly increases its size, and so, while I would like to continue studying it, I think our priority must become causing the irregularity to close back up, rather than continuing to probe it and discover what makes it work. Ideas?”
“Well, given the difference in the expansion rate between our physical experiments and our EMG ones, I think it is fairly clear that we need to keep matter from traveling into it if at all possible,” one of the graduate students said calmly, and the second most senior person in the room blanched.
“It’s now eighty-seven meters across, a kilometer in the air, and fifty kilometers from the nearest dirt, so how exactly to you propose we keep a vacuum around it to prevent air from just drifting in?”
The young woman’s eyes flashed angrily in response to the abrasive professor. “I’m not sure, Professor. I’m perfectly cognizant of the difficulties involved.”
Keith broke in. “Vlad, Irene, calm down. Everyone is aware of the difficulties we’re facing, that’s why I want a free exchange of ideas. Nothing is to be excluded. Consider ways of keeping air away from the irregularity.”
“Could we use interceptor fields to project a field around the irregularity? Push air away?” Interceptor fields were a secondary defensive system built into Federation cities to intercept incoming missiles by projecting what was a essentially a small bubble of a SWD drive (the primary Federation aerospace drive, used in the thousands of starships operated by both private firms and the government) into the path of the target. When it hit, as usual, it vaporized, but well above the ground. They were used in cities because of the significantly degrading effect atmosphere had on defensive lasers, also used because lasers would not necessarily stop a kinetic bombardment.
Keith shook his head. “Not in the initial configuration. They only project fields for about a second at most.” He turned his gaze to one of the other graduate students, who was widely regarded as the techie of the group. “Do you think such a modification might be possible?”
The man shook his head. “Not really. I mean, they’re specifically designed for long rang projection, but maintaining a field would essentially require rebuilding the whole device. Especially since they’re really only designed to project a small arc of the total field and we would need something that completely enclosed the irregularity.”
When he paused, it was enough for Fred to break in. “Well, why not just use a complete drive field? Wrap it around the irregularity.”
Keith frowned, and the associate professor started to scoff, but the technically oriented graduate student smiled. “That would work, if we had a way to do it.”
“But,” the remaining grad student objected, “would it work? Could we project a drive field around the irregularity? Might it not just feed energy from the projection into the irregularity, thereby completely defeating the point of keeping the air out?”
Keith nodded. “That would be a problem, but we could probably angle the projectors to go around the irregularity rather than through it. Even still, the energy bleed into the irregularity would cause considerably less growth than the air that is traveling into it right now.” He smiled at the young undergraduate. “Excellent idea, Mister Billig. Vlad, Brian, look into acquiring what we need after the meeting. Miss Gibson, Mister Billig, you two work with Professor Cromarty. This is going to be expensive, but I imagine I’ll be filing another request for a grant from the government after this meeting.”
The senior researcher leaned back in his chair and examined the gathering. “Now, hopefully that should at least slow the growth of the irregularity if we can pull it off. Our real goal, on the other hand, is to stop, at the least, or preferably, reverse, the growth. Professor Cromarty and myself have run every experiment we can think of to probe the irregularity, so we need ideas.”
There was silence for a moment, then Ashley spoke up. “Well, we know that the Planeswalkers created it. Why don’t we arrange to have some mages probe the irregularity, since pure science doesn’t seem to be giving us an answer?”
Keith brightened up. “Of course! We’ve been treating this as pure physics investigation, completely ignoring the source of the problem. Excellent point, Miss Gibson. Irene, can you consult with…” He frowned. “Whoever it is we’re supposed to contact about these things?”
The only female graduate student smiled, trying to hide her amusement at the Professor’s forgetfulness of the contact. It was rare that this portion of the physics department dealt with that level of metaphyiscs. “Of course, Professor. Could I have Ashley’s assistance on that?” She smiled at the younger woman, who nodded fractionally back at her, saying she could handle it.
Keith nodded. “That’s fine, if it is alright with Miss Gibson. I don’t want to overload our younger team members.” He grinned a little evilly. “Finals will be coming up soon.”
The two undergraduates shuddered, then smiled tentatively back at the man. Fred spoke up. “If we continue along the vein that the irregularity is magically based, perhaps we should consider what it did. The Planeswalkers, as I understand it, used the portal to leave Earth, and possibly this entire dimension. Is it possible the connection still exists? Perhaps we could find some answers on the other side, if it does.”
The senior professor nodded again. “That is an excellent idea, Mister Billig. Donnie, could you look into the different types of probes we might be able to send through the irregularity. Concentrate on less expensive ones, at least at first, since I’d hate for them to just be disassociating when they reached the normal horizon if it isn’t really a portal of some type.”
“Of course, Professor.”
“You’ll work with Donnie on that, Mister Billig.” Fred nodded at the instruction. It hardly came as a surprise. With Professor Keith, if you had an idea, you were the one to do it. Or in the case of the undergraduates, observe someone who knew how to do it so that you could do it next time. “Is there anything else?” He waited a moment. “Yeah, I didn’t think so. You all have plenty to do, so let’s go do it, people.”
When the Professor stood, the meeting was over.
* * * * *
Unfortunately, despite some good ideas, it still took time to execute, especially as certain elements had to be custom designed. Time, unfortunately, was the one thing there was not an abundance of in this situation.
And well, making things quickly just made them more expensive. So the costs began to spiral out of control as the irregularity did the same thing. The thickness reached a full seven centimeters, but it began to grow even faster as it got bigger. The expansion rate was based on the travel of matter and energy into the irregularity, and as it got larger, more matter and energy could flow into it.
By the time the containment system was ready, the irregularity was over five hundred meters in radius, reaching down disastrously towards the open sea beneath it.
The framework looked like a very incomplete starship, long and low-slung, over five hundred meters in length, supporting nothing but the drive nodes, a simple computer core and FTL comm, four Goshawk-Nine fusion reactors, and a massive hydrogen bunker. The fusion reactors were the same reactors that powered the Federation’s massive space warship classes, the Capella-class dreadnaught and the Lance of Longinus-class Fleet Carrier.
Lowered from orbit by a dozen heavy lift shuttles, it was stationed very precisely just higher than its final altitude. The reason for this was that while the platform itself had an FTL communications node, courtesy of the government and Dragonstar Shipbuilding, the subcontracting shuttles did not, and so it would require that the platform fall clear of the shuttles’ tractor beams before the drive field began to rip up the air.
The maneuver had gone off perfectly, the drive field being moved into its final position with exacting care, directly opposite and ten meters clear of the horizon of the irregularity. The drive field had no trouble wrapping around the kilometer wide disk from there.
The unfortunate problem that arose was that this was not a perfect solution. Air, of course, remained within the drive field, even if no more could travel in, though the air inside was immune to pressure and weather effects that would cause its movement. The field’s energy also continued to feed the drive field, and there was a slight, if measurable, pressure drop just shy of the normal horizon, which caused the air to slowly flow towards it.
For some time, the small probes that the scientists began to send through returned results that made no sense, in that there was barely a resumption of signal from the before they stopped transmitting all together, as well as stopping to receive orders – especially orders to return through the irregularity.
Finally, at a suggestion from Professor Cromarty, they tied a rope around the next remote probe, and the other end of the rope around a second probe that would remain on this side of the irregularity so they could retrieve the probe traveling through, since it refused to return when given orders to do so.
The example was telling.
The returned probe was completely deactivated and drained of power. Alpinolo, the elf wizard who came to examine the irregularity for them, also looked at the probe and pronounced the damage the result of a magical anti-technology field. He assured them that anything that did not function on any sort of mechanical-electrical basis should continue to function within the field.
Unfortunately, probes of that variety did not exist within the Federation, nor did much technology of any type that functioned in that matter.
Alpinolo concluded, upon a very close examination of the field, while in an environmental suit to protect him from the low pressure, that something had prevented the dimensional portal the Planeswalkers had created from closing properly. He speculated that it was related to the fractal nature of the universe that the Federation now found itself in, but he had no way to confirm the hypothesis. What he could tell them is that the portal had somehow morphed into a rift, and was being maintained, mostly, from the other side. The constant supply of matter and energy from this side was helping, but the supporting magic was on the far side.
And no, there was no way in Hell he was going to go through and see if he could cancel it. If for no other reason, there was a very real possibility of being trapped on the other side.
They would need someone crazy.
It turned out all the professional crazies, ah, adventurers, in the Federation were, ah, busy this week. Or, at least, none of them wanted to go without their technical equipment.
The inherent difficulties of a high-tech society.
So the contacts went out, reaching out to other universities around the globe, looking for adventurers willing to take on an unknown challenge. A description of the irregularity and its history was included. No mention of it probably being a suicide mission ever arose.
When those who volunteered arrived, they arrived by way of the Griffin International Transportation Hub, a massive aerospace-surface port facility that stretched along the edge of the Federation Capital. The multikilometer tall towers were visible in the distance, and swiftly approached once the adventurers were met by undergraduate physics students attached to the project and loaded into aircars which sped through the air at hundreds of kilometers an hour.
The lightly armored, massive mountains of metal gleamed under the sun, transparisteel windows shining back as the aircars sped across the city at a full two kilometers of altitude.
The university was providing basic gear, and any gear that the adventurers brought with them easily fit into the cargo spaces at the rear of the aircars. They were introduced and a final briefing was given about the goals and the rewards – essentially, shut down whatever it was creating the rift, or, at the very least, the anti-magic field so that the Federation could send more explorers with heavier and advanced equipment to close the rift. Alternatively, though less acceptably, the group could merely stop the growth of the rift. They would be compensated fifty thousand Federation credits for the trip, with a twenty thousand credit bonus if they were fully successful. Additionally, any ‘treasure’ encountered on the other side was theirs to keep – unless it was directly related to the rift.
Lightweight pressure suits, with no electronic components, were provided for the trip into the rift. Compared to before, the framework hovering inside the bubble of the drive field now looked very unbalanced with the addition of a nine and a half meter platform that the aircars unloaded their passengers on to the next day. The platform stretched outward towards the rift, stopping about fifty centimeters from the surface. A long step, perhaps, but not impossible.
All around the adventurers was the gleaming blue glow of the drive field, but it was hopeful no one had any real issue with heights, because there was nothing but the drive field (which would at least prevent anyone who fell from hitting the surface, though, admittedly, they’d be converted to energy) between the platform and the water a kilometer below.
Before them was the roiling, seething mass of the rift, ripples of every imaginable color (and some that were not) fading into a pure black center as reality collapsed around it. The Federation science team was standing on the platform with the explorers, though well back and out of the way, available to answer any last minute questions or to carry away anyone who wanted to back out.
Briefed on the operation of the suits, the adventuring group would know that until they took the suit helmets off, they would need to physically touch two helmets together to allow the sound waves of their voices to propagate, and therefore, there was no way to communicate except by sign language without direct physical contact.
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OOC: I'm closing recruitment for this thread. I've talked to enough people to make up a decent sized crew.
Those of you who are invited already know who you are. Those who wish to join, send me a telegram with a description of what you think you can add to the story and I’ll decide. If you’re curious what I’m looking for, think ‘heroic’, but not ‘epic’. If you fool me and turn epic later on, you’ll probably die quickly. Fair warning. Or your character can be a complete screw up. That’s okay too.
Moving on to those of you who know you’re allowed to come along. Rather than deal with all the arrival and pre-mission nonsense, I’ve fast forwarded to the jumping off point. At this point, your characters know the names of everyone coming on the trip with them, as well as the names of everyone on the science team from Vanderbilt. They should know everything of importance to the mission mentioned already in the post above – you can assume a full layman’s briefing on the rift, unless you’re sending a physics and/or transport-magic professor, in which case it is a very detailed briefing with everything they know.
Which is, admittedly, not much.
Oh, one other note. I will be deciding certain events by random rolls. Yeah, that may suck for some people, but I will try to avoid having anyone really screwed by the dice.
Last rule: Have fun. If you stop having fun, say something. If you cause other people to not have fun, your character will probably die. Also, slow isn’t fun. If you aren’t posting at least once a week, your character will probably just get dragged along as Tail-End Charlie.
You can find me on the IRC channel or TG me if you have any questions.