Axis · adventurously speculative
One idea. Three places it might go.
Three questions, and none of them are about computers.
What is the sky saying? What are the animals saying? And what are we saying to each other, underneath the words we actually use?
Every one of those is the same problem wearing different clothes. Something out there is making a pattern. We can record it perfectly. And we cannot say what it means.
This page is about the one thing all three would need in common, and what becomes possible once they have it.
Start with three plain ideas: the signal, the substrate, and getting the meaning back out. Everything else on this page is built out of them.
whale song earthquakes ahead of time starlight
bees dancing a volcano going quiet gravity waves
a neuron firing the ocean turning over the sun's magnetism
birds with accents rock under strain radio from deep space
a protein folding a power grid wobbling a market turning
a gene switching on traffic at 8am a climate shifting
Every one of those is the same problem in different clothes: something is making a pattern, we can record it, and we cannot say what it means.
The recording is the easy part. We are already very good at it, and getting better every year. But each recording is kept in its own format, in its own field, readable only by the people who made it. And what somebody worked out about it — what the pattern was for — usually isn't kept at all.
We have done this before, many times, for smaller things.
the number 7 sheet music a map reference
a chemical formula the metre and the second a time in UTC
Seven is sept, sieben, nana, and seven notches on a stick. It is the same seven. Write it as 7 and a builder in Lagos and an accountant in Osaka read the same number without either of them learning the other's language. Sheet music does the same for sound: a tune written down once can be played on a piano, a violin or a kazoo, and the page belongs to none of them.
Each of those is a way of writing down what something is, that no single language or instrument owns. That is all a substrate is.
What does not exist yet is one of those for meaning — for what a pattern is telling you. So each field writes its findings in its own words, and they stay there.
A meaning substrate would be the missing one: a neutral way of writing down this pattern goes with that, so that a finding made on earthquakes and a finding made on birdsong land in the same form, and can be laid side by side.
This is the hard step, and the substrate does not do it for you.
Meaning is not hidden inside a pattern. It is in what the pattern goes with. A click that always comes before the whales dive. A tremor that always comes before the rock gives. A wobble that comes before the lake turns. You find meaning by watching what a pattern reliably goes with, making a guess, and checking the guess against what happens next.
That part is fieldwork, and it always will be. What changes is what happens once somebody has a result:
That last question is the one we cannot currently ask. On the rare occasions it has been answered, it was by luck — there is one example near the end of this page. With somewhere to put a finding, it would be found by looking.
It also needs a way to be wrong. Every reading is kept with how sure anybody is of it and what would disprove it, so a bad one gets thrown out instead of being copied into five more fields. Which is exactly where all of this could go wrong — and why the limits are set out in full at the end.
Rock under strain. A volcano's tremor. The ocean turning over. Light from a star a thousand years away.
One question covers all of them: does the pattern before a rupture look like the pattern before any other kind of break? Not as a poetic comparison — as the same thing, checkable. If it does, earthquake science inherits everything every other field has ever worked out about that shape, including the field that worked it out on lakes.
The one that makes people laugh, and then stop laughing.
A team has recorded nine thousand sperm whale calls and shown that they have structure — published in 2024. They say plainly that they do not yet know what the whales are saying. Structure solved. Meaning open.
And the field is trying to turn whale into English, which is the wrong direction, because English drags every human idea along with it for free. Aim both at something neutral instead and the question gets simpler: do they ever land in the same place?
Which is where it stops being a translation project and starts being strange.
We all picture this as an animal talking to a person. But if the meaning is being kept in something that is nobody's language, then a human never has to be one of the two ends.
It could be a whale talking to a dog.
Two species that have never met and never could. No shared channel, no shared anatomy, no shared world, and about ninety million years since they last had an ancestor in common. Route both through a third thing belonging to neither, and the question is no longer can we understand them. It is whether they overlap anywhere at all — and if they do, what on earth it is that two animals that far apart both have a word for.
Nobody is claiming that works. But there is no step in it that needs us.
The first thing you should be able to say to a whale is "I don't understand." Every attempt at this starts with nouns — fish, danger, hello. But what makes a channel work is being able to say that didn't land, try it differently. That is how you build a shared vocabulary with nothing to start from: not by guessing right, but by having a way to be wrong.
Everything above works by keeping what a thing meant, and not just the record of it.
Now point that at the things already recorded about you.
Your medical history is a list of events written in codes. Dates, results, a name for the thing.
What it does not keep is the thinking. What was ruled out and on what grounds. What somebody was quietly worried about and decided to watch. Why the second option was chosen over the first. Every new doctor starts again from the state you are in today, because the reasoning that got you here was never written anywhere it could be read back.
Nobody decided to throw that away. There was just nowhere to put it.
Illness gets named as a state. Healthy. Stage II. Borderline.
But it is a change — something that worked one way committing to another. The change is the event. The state is the wreckage, and by the time it has a name you are late.
Which is the wobble before the lake turns, pointed at a person. The same early-warning maths that watches a lake could watch you, against your normal — not against a population average you have never once resembled.
Thousands of pages, accepted unread. You were right not to read them.
Contracts, terms, loan agreements, insurance, the update you clicked through this morning. Length is the concealment. It works because your attention runs out and the drafter's is paid by the hour.
Keep what a clause means instead of what it says, and the tedium stops protecting anything. What does this oblige, on whom, and when? Which two clauses forty pages apart only bite together? And when the terms change: a tracked-changes view shows you every word that moved and cannot tell you which of them moved an obligation. A reworded clause that means the same thing is provably harmless — so it disappears, and what is left on the page is the part someone hoped you would not reach.
Almost everything that listens to you now hands back a single number.
What you actually did was make a claim, soften it, and attach a condition nobody wrote down. That is the whole of what you meant, and it is precisely the part that is discarded.
How fast you type. Where you paused. That you changed your answer three times before you ticked it. That you scrolled back to re-read the question.
All of it is recorded now, on almost every page you open, and used to sell you things very slightly better.
A machine that notices the person at the keyboard is no longer you, blanks the screen and asks, is a better idea than a password typed once at 8am and trusted until six. Same maths, exactly. The difference is who holds the template — and that is something you can build in or leave out, not something to promise in a document nobody reads.
Your notes. Your messages. The work you did. All of it kept as whatever file some company's app happened to use, in a format that will outlive neither.
Keep what they meant and they survive the app, the company, and the format.
That is this whole site in one line. Meaning is what lasts.
Most fields feel shut to you. Almost none of that is difficulty. It is naming.
A newcomer's first two years go on learning what things are called — a toll paid by everyone, which teaches nothing about the subject and carries nowhere else. Strip a field down to its structure and the two finally come apart. Some of it turns out to be genuinely hard, and now you can see exactly where the hardness sits instead of being turned back at the door. Some of it turns out to have been three ideas in a costume.
Either answer is worth having. Only one of them was ever about you.
Step back from the examples for a moment.
Somebody spends twenty years learning to hear a warning in earthquake data. Somebody else spends twenty years trying to understand birdsong. Somebody else watches a heart monitor for the beat before it goes wrong.
They are all doing the same thing: finding the part of a pattern that means something, in a great deal of noise. And nothing one of them works out can reach the others — not because the problems are different, but because there is nowhere shared to put an answer.
So we build a separate field for each one. A separate set of tools. A separate vocabulary. Separate journals, separate conferences, separate careers.
Now imagine the opposite. Whatever one field works out about a pattern, every other field can pick up and use — not as a loose comparison, but as the same finding. The earthquake team's way of spotting a warning gets tried on the heart monitor the following week. What the whale researchers learn about structure is waiting for the people listening to bees.
That is the whole idea of this page, in one sentence.
Here is what that costs, in the plainest form it takes.
Nobody did that on purpose. And the cost is invisible, because nobody ever experiences it — you simply never find out about the answer that already exists in the field next door.
It was used to build the internet.
Before TCP/IP, networks could not talk to each other. TCP/IP did not solve anything about email, or about cables. It gave every network one thin thing in common — and the moment it existed, everything above it and everything below it became interchangeable. That is why a phone made this year can open a page written thirty years ago.
The thin thing in the middle is the meaning substrate from the top of this page: a place to keep what something means, separately from the thing itself.
This is the part that should make you sit up, because it is not a proposal. It already happened, by accident.
Before a lot of things break, they wobble. The swings get wider and it takes longer to settle after each one. Watch for that and you get a warning before the break, not after it.
That warning sign was written up properly in 2009. Since then the same signature has turned up in:
Nobody went looking for that. It was found because a handful of people happened to notice the same shape in different places and were curious enough to say so.
That is a tooling problem, not a fact about nature. One shape got noticed because someone got lucky. There is no reason to think it is the only one — only that finding the next one is currently left to luck.
Everything above is a reasoned guess built on other people's results. The honest limits, in one place:
Share it. Somebody two steps from this page might need exactly one of these ideas and will otherwise never meet it. That is the failure this page describes, happening to the page itself.
Tell me where it's wrong. If you work in one of these fields and something here is naive, say so plainly. I would rather lose an idea than carry a broken one around for another year.
Take anything you want. Nothing is locked and no permission is needed. If something here is useful to your work, run it. If it holds, it's yours.
The parts above that aren't guesswork, so you can check them rather than trust me. This page is the short telling; the long version is the same argument with nothing cut and sixty more citations.