There's a reason that I bring up Discworld. In that case, stories are literally the way the universe works. They don't have electromagnetism or the strong nuclear force. They don't have supply-and-demand curves. In some cases even
math is so deeply buried that the shortest route to it goes through basic epistemological philosophy and the simulation hypothesis. What they do have is the Theory of Narrative Causality. In the same way that some settings have laws of physics that let you build easy FTL drives and over-unity devices, and others have laws of physics where the world is built out of various combinations of Earth, Air, Fire, and Water, some settings have laws of physics that tell stories. I think that we're in one. Not just arguing from Canon, wraiths and the balance of hope and despair and walpy's hypothesized power set, but from evidence from PMAS itself and a couple Words of God.
This is actually one of the things that bugs me most about the public perception of "rational" fiction. A lot of people think that it means hard science fiction, or science fiction that strips away the existing setting's specialness and re-explains it in a real-world context. People think that rationality is about
the world we live in and that it must always be about the world we live in. This is wrong. It appears true
on the surface, but fails to capture the general case. Rationality is about
consistency. Specifically, consistency between your model of the world and the world itself. The Map and the Territory, and making the map represent the territory accurately. A lot of people forget the core point:
we don't know what the territory is.
There is no privileged "real world" that we bias our hypotheses toward because "it's the real world". Instead, we're gathering evidence. That evidence comes from
some real world, but we don't know
which real world it comes from! And rationality is designed to operate in
any possible real world. Rationality is
precisely as functional in Discworld as it is in the Culture as it is in Game of Thrones. It just looks different because it's building a different map of a different territory. Granny Weatherwax is one of the strongest rationalists in fiction. She knows
exactly how the world around her works and applies her knowledge with nearly flawless grace. She doesn't go flapping on about quantum physics because those things don't exist in the territory she's building a map of. Instead, she talks about stories and narratives, headology, myths and legends, and she plays them like a fiddle. If she was dropped into the real world, what do you think she'd do? How long do you think it'd take her to adjust to the fact that physics no longer works the way she's used to? Do you think that she'd be stuck in the Discworld mindset forever? Or do you think that she'd adapt, build a new map of the new territory? We should learn from her example: When dropped into a new setting, one that has different physics, we should not be trying to bludgeon it to fit into our own physics. Why would we? It's a different territory! We should be building a new map of it!
On shortcuts: I'll admit that "Firnagzen wanted this to happen" is a shortcut, but I violently disagree with the characterization of it as anti-rational. Shortcuts and approximations are
key to rationality, absolutely necessary for anything you ever do with it IRL. There are formalisms that describe thought without shortcuts. AIXI, Solomonoff Induction, naive Bayes, and similar topics all describe the world as it really is without any convenient approximations. They're also
utterly unusable because they'd take forever, in some cases literally. We don't have infinite computational power and as such must always approximate. But this is fine, because we also don't need infinite precision! We just need something that's
good enough that we can
actually do.
For example, I will often say things like "electron orbitals". Electrons don't orbit. Electrons don't exist, and they can't orbit. Rather, there are structured local peaks in the electron probability density field that are stable and coherent over time under the differential equations governing the evolution of that field with respect to time. The same way that a wave on the ocean is stable and coherent and just rolls along the surface, "electron orbitals" are standing waves in the electron density field. Electron orbits are a shortcut, a great big fat one on multiple levels.
But they're close enough that, 99.9% of the time, the inaccuracies are swamped by measurement error and all of the other approximations we're making. The expected value of getting the job done in a few seconds or minutes instead of hours or days (or never!) is greater than the expected value of having that last little bit of near-useless precision.
This is a general principal that we see across reality, all the way down to algorithms theory and the mathematics of computation.
Approximations,
randomized algorithms,
heuristics and
relaxations and
iterative refinement,
limits and
convergences, and
we still haven't gotten into the parts of machine learning and artificial intelligence that deal with uncertainty and systems where refining your guesses is expensive.
PAC learning,
sample complexity,
q-learning,
multi-armed bandit problems,
optimal stopping, the list just goes
on.
In this case, yes, the real rules of PMAS are something like "X is encouraged by the setting because it tells
this story and it means
these characters talk to each other and demonstrate
that virtue of communication and idealism". That's the settings physics. Any map we build of its territory must represent those. But it's much easier to say that "Firn wanted it to be that way because Firn's writing a story and wants this to happen", and that explanation is often good enough. Not always - like Firn said, they only
tend to align - but then again, they
tend to align, and that's good enough in most situations.
And that took me an hour to type and I should really be getting back to what I should be doing. /rant.
[X] Do cleansing before anything else.
[X] Introduce everybody.
[X] Idle chat. Ask the Tohoku girls how they're doing, and whether there's been any further problems. Is there anything you could do to help?
-[X] If Sayaka doesn't, nudge her, or ask the Tohokus if she can copy their powers.
[X] Offer a Clear Seed. Explain. Tell them you're also offering one to every group you can reach. Hopefully it'll be the end of Grief Seed scarcity.
[X] As with the Ishinomaki group, ask if everyone would like to hang out some time, for fun. Challenge Chouko to a flying race.