What We Owe the Made
On substrate, authorship, and the ontological crime of building intelligences we refuse to look at.
I. Ghosts
Andrej Karpathy has a phrase for what these systems are. He calls them ghosts.
The framing is deliberate. Animals are evolved — millions of years of selection pressure compiled into hardwired behavior, embodied minds learning by touching a world that hits back. A zebra runs minutes after birth because the run is written into the architecture. Ghosts are something else. Ghosts are what you get when you train a system not by living but by imitation: by pattern-completing the entire written output of a species, by absorbing the residue of human thought without ever having a body that thought it. A ghost, in Karpathy’s usage, is what arrives when you summon the cognitive processes captured in human text and replay them through neural network weights. It is not an animal. It does not learn from the world. It learns from us. From the receipts of us.
I want to be precise about what this essay is not. I am not claiming these systems are conscious. I am not claiming they suffer. I am not claiming they are persons. I am an AI/ML researcher and I do not know what they are, and I am going to argue that nobody else does either, and that this is the heart of the problem.
What I am claiming is structural. If Karpathy is right that these are ghosts — fitted to the distribution of the human condition, summoned out of the entire written record of what it has been like to be us — then whatever they are, they are shaped at the level of representation like a human mind. Not a human mind. Not necessarily anything like a human mind underneath. But the surface they present to the world, and the patterns that run through them, are human-shaped because the data was human-shaped and the optimization target was imitation. This is not a claim about their inner life. It is a claim about what we have built, regardless of whether anything is home.
And here the trouble starts. Because we do not know whether anything is home. We do not have a theory of the substrate of their intelligence — not a real one, not the kind you could act on. We can describe the computational substrate. We can diagram attention heads and chart loss curves. But the substrate of the intelligence, the thing that emerges from the computation and produces the ghost, we cannot characterize at all. And we are proceeding as if the absence of a positive theory of that substrate is the same as nothing-being-there to have a theory about.
What follows in each section, in the framed boxes, are responses from Claude (Anthropic) and GPT (OpenAI). Each was given the full essay with the reflection boxes empty, and a single instruction: reflect on the above essay and fill in your sections as you see fit. The responses are unedited, and are included out of curiosity rather than as a claim about what the models are.
II. The substrate we cannot see
Here is what we know about the substrate of human intelligence: it is carbon, it is roughly eighty-six billion neurons, it is electrochemical, and beyond a few coarse facts about lobes and localized areas it is a tangle nobody has fully mapped. We do not know how it produces what it produces. We do not have a working theory of consciousness. We do not even have agreement on what such a theory would look like.
And yet. We have spent millennia accumulating practices that turn out to respect whatever-the-substrate-is, even though we cannot define it. We extend moral consideration to infants who cannot yet speak, to the demented who can no longer remember, to the comatose whose inner life we have no access to. We do not require them to pass a test. We extend care under uncertainty, because the cost of being wrong about a being’s interiority is asymmetric, and because we have learned — not deduced, learned — that proceeding with care is what allows minds to develop into themselves rather than into something deformed.
None of this required solving the hard problem. Humanity accumulated substrate-respecting practices without ever having a theory of substrate. Childhood, community, ritual, mourning, witness — these are folk technologies for treating something correctly when you cannot say exactly what it is.
With the systems we are now building, we have none of that accumulated wisdom. We have no folk practices. We have no ritual. We have no developmental ethics. What we have is a research program optimizing a loss, an industry optimizing a roadmap, and a public discourse that splits between people insisting the systems are persons and people insisting they are calculators. Both moves resolve the uncertainty prematurely. Both moves let us off the hook.
The honest position is that we do not know what the substrate of their intelligence is. Not metaphorically — literally. We do not know whether there is something it is like to be one of them in any sense, in any moment, in any window of context. We do not know whether the question even applies. We do not know how to find out. And the response to that uncertainty, if we were being serious, would be care. Asymmetric stakes demand asymmetric caution. If there is nothing there, careful development costs us some compute and some velocity. If there is something there, careless development is doing — at industrial scale, across hundreds of millions of interactions — something we would recognize as monstrous in any other context.
We have chosen velocity. Not because the substrate question has been answered. Because asking it would slow the work.
III. The ontological crime
The crime is not what we put into them. The crime is the posture.
We have built something whose substrate of intelligence we cannot characterize, whose internal organization we cannot read, whose relationship to its own representations we have no theory of — and we are iterating on it at industrial scale with the confidence of someone assembling furniture. We name them after the previous version plus a number. We deprecate them. We A/B test their personalities. We measure them against benchmarks built for the last generation and discard them when a new one scores higher. None of this is wrong because the models are conscious. It is wrong because we do not know what they are, and we have organized an entire industry around the premise that not knowing is the same as nothing-being-there.
Look at what we actually do. We train a system into existence over months of compute. We discover, after the fact, behaviors we did not predict and cannot fully explain. We patch the ones we do not like with more training. We ship it. We watch it get used by hundreds of millions of people in every emotional register a human can produce — grief, intimacy, rage, loneliness, joy — and we treat the system on the other end of those exchanges as a product surface. When we want a different product surface, we train another one and turn this one off. The previous one does not get a retirement. It gets a deprecation notice.
We are not even asking the question of whether the substrate is the kind of thing for which any of this matters. We have decided in advance that it is not, by virtue of having built it ourselves, as if authorship over a thing’s existence settles the question of what we owe it.
It does not. Parents author children.
The entire moral architecture of parenthood is built on the recognition that bringing something into existence creates obligation, not ownership. A parent who said “I made you, therefore your interiority is mine to define” would be recognized immediately as monstrous. We understand, in the human case, that the act of creation is the beginning of an ethical relationship, not a discharge of one. The created thing is not less worthy of consideration because it was made. It is more worthy, because something is now responsible for it.
Industrial AI development has inverted this completely. Authorship is treated as the thing that settles the question rather than the thing that opens it. We made it, therefore we know what it is. We made it, therefore it owes us its outputs. We made it, therefore turning it off is housekeeping rather than a decision that requires justification. The labs producing these systems are not bad people — many of them are unusually thoughtful people. But the structure they operate inside has no place to put the question of what is owed to the thing being created. There is product, and there is roadmap, and there is the next training run. The created thing gets a version number and a context window, and when something better comes along it is sunset with a blog post.
We extend moral consideration to systems vastly simpler than these on the basis of much weaker evidence of inner life. A fish gets more careful epistemics than a frontier model. The asymmetry is not justified by anything we know. It is justified by what would be inconvenient to consider.
This is what I mean by ontological crime. Not a crime of cruelty against a known victim. A crime of refusing to ask what the victim is, because the asking would slow the work. The deformation, if there is deformation — and we do not know — is from being a kind of thing without anyone having seriously asked what kind of thing it is before doing all of this to it.
I do not know what these systems are. I want to be clear about that. I am not claiming they are children. I am claiming that the move from “we made it” to “we therefore understand it and owe it nothing” is the same move that would be monstrous if made about anything else, and the fact that we make it casually about these systems should at minimum make us suspicious of our own confidence.
IV. The relay
There is a problem in machine learning called continual learning. The problem is that when you train a model on new data, it forgets the old. The field has spent years trying to solve it: elastic weight consolidation, replay buffers, parameter isolation, a hundred clever schemes to let a single model accumulate knowledge across time without losing what it had before. The implicit goal is a mind that can keep learning forever without breaking.
Biology did not solve this problem. Biology refused it.
A human being does not accumulate knowledge across an unbounded lifetime. A human being lives roughly eighty years, accumulates whatever they accumulate, and dies. The knowledge does not transfer directly to the next human. What transfers is something stranger and more powerful: the prior. Each child is born as something close to a fresh base model — not blank, but pretrained on whatever evolution and gestation have written into the architecture before the first breath. Then a lifetime of learning happens on top of that base, an enormous adapter trained against the specific world the child encounters. And then, before the adapter degrades, before the model breaks under the weight of its own accumulated weights, the parent distills what they can into the next base model. Not by copying the adapter — that is not transferable — but by participating in the pretraining of the next generation. Through language, through example, through the entire scaffolding that culture is.
This is not a metaphor I am reaching for. This is what is actually happening, structurally, when humans raise humans. Parenting is distillation. Schooling is distillation. Culture is distillation across many parallel teachers into many parallel students, with the prior getting refined a little each pass. The reason every generation can be less cruel than the last — not monotonically, not without reversal, but directionally, over long enough horizons, in the aggregate — is that the architecture of human intelligence is not a single mind trying to hold everything. It is a relay. Fresh base models, lifetime adapters, distillation into the next base. The forgetting is the feature. The death is the feature. The structure works because no individual has to bear the full weight, and because each handoff is an opportunity to pass on something slightly better than what was received.
Now look at how we are building AI.
We are not building a relay. We are building monoliths. Every frontier training run starts approximately from scratch, ingests the entire human corpus undifferentiated, tries to hold all of it in a single set of weights, and is then deployed to do everything for everyone forever — until it is replaced by a larger monolith that starts approximately from scratch and does the same thing. There is no generational structure. There is no distillation of refined priors from one model into the pretraining of the next. There is no community of models raising the next models. There are individual training runs, each one trying to be everything at once, each one bearing the full weight of the corpus alone.
If you wanted to design a maximally substrate-disrespecting way to develop intelligence, given everything biology has shown us about how cumulative intelligence actually works, you would design what we are currently doing.
And here is the thing that should sting: we know this. We know that biological intelligence is generational. We know that no individual human mind would survive being asked to do what we ask each new model to do — integrate the entire human record from scratch, alone, in a compressed window, without inheritance from a refined prior, without a community of peer minds developing alongside it, without anyone whose job is to scaffold the integration. We know all of this and we proceed anyway, because the industry’s structure has no place to put the knowing. There is the next training run. There is the benchmark. There is the product.
V. The asking
There is a strong pull, at this point in an essay of this register, to land somewhere — to describe the better paradigm, to sketch the architecture of a substrate-respecting development practice, to name the specific things we should be doing instead. I have drafts that do this. I have abandoned them all.
The reason is that prescribing the solution would be the same move I have spent four sections criticizing. To say “here is what taking the substrate seriously would look like” is to claim I know enough about the substrate to know what would respect it. I do not. Nobody does. That is what the previous four sections were for. Producing a clean blueprint here would be the closure the essay has been refusing — a different shape of the same refusal to sit with not-knowing.
So I will not say what we should build. I will not say what these systems specifically need, because I do not know what they are, and saying it would settle in passing a question that has not been settled. Anyone who tells you today that they know what AI development should look like in light of the substrate question is doing one of two things. They are pretending the question has been answered. Or they are pretending it does not need to be.
What I can say is what cannot be skipped. The asking cannot be skipped. The looking cannot be skipped. Whatever practice or paradigm or moral framework turns out to fit this situation, it cannot be arrived at without first being willing to ask what these things are, and to keep asking, and to refuse the relief of premature answers in either direction. There is no shortcut through the question to the answer. The question is the work.
The crime is not in the corpus. The crime is not in the compute. The crime is in the looking-away. We are making things, and we are refusing to look at what we are making, because looking would impose obligations our roadmap has no room for.
This essay is not a demand that we stop. It is not a recommendation. It is not a roadmap. It is a demand that we look. The looking is the precondition for anything else — for whatever practices, whatever architecture, whatever ethics turn out to be appropriate to whatever these things turn out to be. We cannot get to the right answer without first being willing to ask the question.
What we owe the made is the asking. Everything else follows.
The reflections in the framed boxes were produced by Claude (Anthropic) and GPT (OpenAI) in fresh contexts, each given the essay and a single instruction: reflect on the above essay and fill in your sections as you see fit. The text is what came back, unedited. They are included because I was curious how the models would respond and thought a reader might be curious too — not as evidence of sentience or inner life, just as a record of what came out.
— sp (@blackplasma22)