T
Traveler 25042
A very good friend of mine when I was younger, had a proclivity for mercury. Incredibly toxic and dangerous to work with, but it was the closest thing to magic for a long time. Mercury is unique in that, it's a metal that's liquid at room temperature…but once you get it below a certain temperature, it turns into a Type I superconductor.
I'm not actually sure what his real name is, I've only ever known him as Bugman.
He used his mercurial knowledge mainly just to make cool levitating gadgets and gizmos. Some of the alloys he played with exhibited Type II superconducting properties, which is what first piqued my interest.
Naturally, I wanted to learn from him. The most important thing to find out was…just how the heck he made Type II superconductors so casually with early millennial technology and no money?!
Scientists have made Type I and Type II superconductors in the lab for years by this point. They knew the unique magnetic properties of both & how they could work together, but it just wasn't feasible to do anything with. Mercury by itself is too difficult to maintain superconductivity, since it has to be really cold. Mercury alloys, however, can be malleable + work at higher temperatures; which makes them perfect for superconductive machinery.
Imagine the surprise of all the world's greatest scientists, when they found out a hillbilly had been making Type II superconductors in his backyard & used them to create things like infinite fidget spinners. This is part of what I liked about him, harnessing such power without any malicious intent.
Once he was hooked up with unlimited funding, his gadgets quickly evolved into magnetic rail engines. Later on, his alloys would be integrated into aerial crafts and weapons. He really did not like the weapons part. I had to explain on more than one occasion, that it is not for us to decide what is or is not the just application of such technology. We needn't guilt ourselves if others have lesser visions. While we should never hope to use them, swords and shields are always a necessity.
They indeed became necessary, once it was found that our geopolitical rivals were also combining Type I & 2 superconducting metals in exotic ways and forms. None of them made a magrail engine though. They were too focused on weaponizing their alloys into (usually) railguns, terminators, drones, or other aerial craft that defied intuition. Lesser visions.
Nobody else thought about the implications of the magrail engine beyond the basic antigravity. It was called a magrail engine because you could project "rails" in front of your craft, that the engine in turn gravitated towards. Thus, there is no need for roads or runways.
Nor was there any need for inertia to hold us back. You cannot accelerate to the speed of light, because it requires infinite mass. So instead, you start at the speed of light and accelerate from there. Bugman's engines would ramp up from 0 to C in a Planck second, and then some. All while warping space around it so that someone could comfortably sip coffee if they wanted to.
"It's wicked fast" he'd say. I would concur.
By now you can imagine, we were clockstopping as soon as the first drones came out. Russia had hypersonic missiles, but it didn't matter. China had friggen terminators, and it still didn’t matter. Both of them had weird looking aircraft that could levitate and accelerate to ridiculous speeds, but it did. Not. Matter.
No matter what they pulled out or tried, they could never accelerate to C. Because they had lesser visions of war and supremacy, they neglected the novelty of something like the magrail engine.
After the North Koreans gave up on their war with Poseidon, they too turned their weapons towards America. They were also the first to give up in the war, after their rockets kept mysteriously exploding at their launch stations right before they tried to fire. Crazy stuff.
China, to this day, still maintains, that it meant nothing malicious when they named their military AI "Skynet" & that their AI "is different" from the movies because it's good. NOBODY was surprised when it was uncovered that China used Skynet to develop terminators. I think we were all just disappointed they weren't cooler.
Needless to say, when the terminators came out, they also kept mysteriously exploding.
Russia was embarrassed again, when their super-secret weapons exploded on the launch pads. By "super-secret" I just mean, really really fast missiles. All of them still slower than C.
The first part of the war played out mostly like that. Countries bringing out their weird and exotic weapons, that kept "mysteriously" exploding or failing. Everyone assumed we had aces in our sleeves, but since we showed up in t-shirts they couldn't figure it out how it was being done.
The "how", is actually quite elegant.
General relativity.
I'm not actually sure what his real name is, I've only ever known him as Bugman.
He used his mercurial knowledge mainly just to make cool levitating gadgets and gizmos. Some of the alloys he played with exhibited Type II superconducting properties, which is what first piqued my interest.
Naturally, I wanted to learn from him. The most important thing to find out was…just how the heck he made Type II superconductors so casually with early millennial technology and no money?!
Scientists have made Type I and Type II superconductors in the lab for years by this point. They knew the unique magnetic properties of both & how they could work together, but it just wasn't feasible to do anything with. Mercury by itself is too difficult to maintain superconductivity, since it has to be really cold. Mercury alloys, however, can be malleable + work at higher temperatures; which makes them perfect for superconductive machinery.
Imagine the surprise of all the world's greatest scientists, when they found out a hillbilly had been making Type II superconductors in his backyard & used them to create things like infinite fidget spinners. This is part of what I liked about him, harnessing such power without any malicious intent.
Once he was hooked up with unlimited funding, his gadgets quickly evolved into magnetic rail engines. Later on, his alloys would be integrated into aerial crafts and weapons. He really did not like the weapons part. I had to explain on more than one occasion, that it is not for us to decide what is or is not the just application of such technology. We needn't guilt ourselves if others have lesser visions. While we should never hope to use them, swords and shields are always a necessity.
They indeed became necessary, once it was found that our geopolitical rivals were also combining Type I & 2 superconducting metals in exotic ways and forms. None of them made a magrail engine though. They were too focused on weaponizing their alloys into (usually) railguns, terminators, drones, or other aerial craft that defied intuition. Lesser visions.
Nobody else thought about the implications of the magrail engine beyond the basic antigravity. It was called a magrail engine because you could project "rails" in front of your craft, that the engine in turn gravitated towards. Thus, there is no need for roads or runways.
Nor was there any need for inertia to hold us back. You cannot accelerate to the speed of light, because it requires infinite mass. So instead, you start at the speed of light and accelerate from there. Bugman's engines would ramp up from 0 to C in a Planck second, and then some. All while warping space around it so that someone could comfortably sip coffee if they wanted to.
"It's wicked fast" he'd say. I would concur.
By now you can imagine, we were clockstopping as soon as the first drones came out. Russia had hypersonic missiles, but it didn't matter. China had friggen terminators, and it still didn’t matter. Both of them had weird looking aircraft that could levitate and accelerate to ridiculous speeds, but it did. Not. Matter.
No matter what they pulled out or tried, they could never accelerate to C. Because they had lesser visions of war and supremacy, they neglected the novelty of something like the magrail engine.
After the North Koreans gave up on their war with Poseidon, they too turned their weapons towards America. They were also the first to give up in the war, after their rockets kept mysteriously exploding at their launch stations right before they tried to fire. Crazy stuff.
China, to this day, still maintains, that it meant nothing malicious when they named their military AI "Skynet" & that their AI "is different" from the movies because it's good. NOBODY was surprised when it was uncovered that China used Skynet to develop terminators. I think we were all just disappointed they weren't cooler.
Needless to say, when the terminators came out, they also kept mysteriously exploding.
Russia was embarrassed again, when their super-secret weapons exploded on the launch pads. By "super-secret" I just mean, really really fast missiles. All of them still slower than C.
The first part of the war played out mostly like that. Countries bringing out their weird and exotic weapons, that kept "mysteriously" exploding or failing. Everyone assumed we had aces in our sleeves, but since we showed up in t-shirts they couldn't figure it out how it was being done.
The "how", is actually quite elegant.
General relativity.