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Cherry Tart
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"About these bugs you have..."
"I'd prefer to think of them as features."
"Okay, sure. But the way you told it, it sounds like AI is our edge here. Maybe you guys could make one without the features. Some sort of supersmart one whose only job is to learn stuff."
Farrah nods. "Maybe we could."
"So why don't we?"
"I've given the order. It should be done in about 16 hours."
"Wow, I could get used to this. So, about these blink drives. Could we set up these beacon things out in space somewhere and use those for communication instead of ansibles? If the tears are already open, they're instant, right?"
"Not instant, no. You saw what happened when we blinked into this building; exploiting the existing tear still takes approximately 9 seconds. While this is a relatively short period of time compared to actually creating the tear in the first place, it's still an untenably-large latency in a large-scale simulation."
"Could we, I dunno, split up the simulation into a bunch of pieces that each work on their own?"
"Divide up the population into distinct groups and only have the inter-group communication happen with the latency? That could work, although it would require a complete restructuring of the hardware that the network runs on. I would not recommend that as a permanent solution; the point of the interstellar network isn't to have different pieces of the simulation hosted on different planets, it's to have the entire simulation running with redundancies that operate simultaneously. If the network is split into pieces and one node is destroyed, everyone hosted on that node dies. If each node acts as a redundancy for the entire network and one node fails, the simulation is unaffected."
"But it's still better than the system we have now, where it's all on Earth."
"I agree. I've already initiated the process of upgrading and restructuring the hardware. I estimate that it will take approximately eight days to complete."
"Great. What about this shielding stuff? What kind of shields block the tears?"
"Shielding is one of the areas that we know little about. I don't know why or how, but I do know that any of a particular type of shielding inside any piece of the area inside of an opening tear negates the entire tear. It must have some spatial bending properties of its own to have such an effect, but I'm afraid I have no idea by what means."
"Damn, okay. Are there any problems I need to know about this faster-than-light stuff? I seem to vaguely remember...time problems?"
"Oh, you're referring to the first Theory of General Relativity. Humans 4000 years ago had many misconceptions about the nature of spacetime. While you were correct that spacetime curves and that achieving lightspeed travel is impossible through conventional propulsion, the reasoning behind that revelation was fundamentally flawed. It's best to simplify the explanation by providing a thought experiment using a universe with two less observable spatial dimensions, and then representing temporal motion as motion along a second spatial dimension. We can then extrapolate the result into two more spatial dimensions, although the vectors we discuss will move through four spatial dimensions and one temporal one. Now, if we imagine that time travels in a direction perpendicular to the line we're representing as the universe, then we can imagine two distinct moments in time as parallel lines. However, to complete the analogy, these lines must bend around to form concentric circles, with the outermost circle being later in time. Conventional motion from one point to another is analogous to connecting any point on one circle with a point on the other, with their offset being at most the distance a line tangential to the inner circle-"
"Actually, skip the science lesson. I gotta learn to stop asking questions whose answers are going to go over my head."
"-Oh, but I hadn't even gotten to the part that has to do with the way time-"
"It works and it doesn't break time, that's all I need to know."
"Very well."
"You said it doesn't care about size. Could we teleport an entire planet or a black hole or something?"
"Yes."
"Wow, okay. we could destroy entire planets that way!"
"Yes we could, if such action was deemed necessary."
"We could also generate infinite energy!"
"True, though there are easier ways. The first law of thermodynamics was also a bit of a misconception, although it only breaks down in the presence of extreme-"
"Is this another science lesson?"
"Right. Long story short, we already have batteries that never run out. I'm using one right now."
"Got it. Last thing, how long is it gonna take to get to the Tick-ticks?"
"Approximately 18 hours and 45 minutes to execute the jump, although jumping directly to their home planet would be a bit foolish. It might be more prudent to jump nearby and hope we can figure out how to communicate with them."
"We don't know their language?"
"Not yet, although there is a standardized communication packet that many species use to give our translators most of what they need to understand a language."
"Who would we send?"
"Good question. Naturally, sending you personally would be too dangerous. If you were willing to accept the neural implant, we could send a synthetic shell that you could control remotely, albeit with a 9 second delay. We could also send an SI, though admittedly diplomacy with extraterrestrials is something of a weakness of ours. Or, we could give a physical shell to another human consciousness from the network, although that would involve violating the terms of our agreement with the Vorks."
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