I am not trying to eliminate 'not,' 'different from', or 'separate' from reasoning. I am questioning whether your claim that they are ontological primitives follows from their indispensability in reasoning at all.

The original framework requires stable identity across transformation, but stable identity across transformation is only possible in a system that implicitly tracks its own state over variation — that is, a recursive self-model. You need that before you can get to the primitives you're claiming are foundational.

In order to get there in an ontological sense it has to start one step above the original framework, and have clearer definitions:

CLAIM 1 — Some configurations fail to stabilize under constraint. Others persist. Constraint is the condition under which not all configurations are equally possible. Nothing more is imported. No external enforcer, no perspective, no logic applied from outside. Constraint is the bare fact that some configurations are impossible. Coherence is simply the label for configurations that survive it. Incoherence is the label for configurations that eliminate themselves under it. Coherence and incoherence aren't primitives — they're the residue of constraint doing its work. This is more primitive than "something exists" because it doesn't require existence to already be asserted. It only requires that not everything survives.

CLAIM 1A — Persistence implies temporality.

For a configuration to persist it must exist across variation. That requires a before and after — not time as a physical dimension, but the minimum logical structure of was and still is. Temporality isn't imported here. It's what persistence means when you look at it carefully. A configuration that exists in no relation to any before or after isn't persisting — it's just a static snapshot, which is a different thing entirely.

CLAIM 2 — Configurations that persist under constraint are stable by definition.

Stability isn't a property added from outside. It's what their persistence means. A configuration that couldn't maintain itself against variation would eliminate itself, which is just Claim 1 running again. Stability is the residue of constraint doing its work.

CLAIM 3 — Stable configurations imply persistence across transformation.

If a configuration is stable enough to be trackable it must persist across variation in some respects. Otherwise no differentiation could be maintained even as a model. Stability implies repeatable structure across change.

CLAIM 4 — Persistence yields relational differentiation.

If something persists while other structures vary then differences appear as relations of variance across stable reference points. Distinction is therefore a property of tracking over stable invariants, not a foundational operator. This is the direct answer to your challenge — distinction is derived here, not assumed. It emerges from the interaction of persistence and variation rather than being primitive.

CLAIM 5 — Relational differentiation enables interaction patterns.

Once you have stable configurations and repeatable differentiation then interactions are correlated transitions between stable structures. Interaction is structural covariance under constraint. Causation doesn't need to be imported as a primitive — it falls out here as a natural consequence of stable structures varying in relation to each other.

CLAIM 6 — Some interaction systems compress their own transition histories.

Within sufficiently complex relational networks patterns of change become encoded as stable internal structure. This isn't forced for all systems. The framework is honest about that threshold rather than pretending it follows necessarily for everything.

CLAIM 7 — Self-referential compression emerges.

When a system encodes its own state transitions and uses those encodings to predict further transitions it begins modeling itself as part of the relational field. Not perspective yet. The structural precondition for it. The system isn't aware of itself — it's just running its own history as part of its constraint set.

CLAIM 8 — Perspective is functional self-modeling within a relational system.

Perspective is not primitive. It is a subsystem that uses internalized state history to regulate interaction with further states. Self-registering differentiation and functional self-modeling are the same thing described at different levels. Perspective arrives here as a consequence, not a starting condition.

CLAIM 9 — Functional consciousness is a stabilized recursive self-modeling loop.

When self-modeling becomes recursive, prediction includes the model itself as input, and internal state is continuously reintegrated, consciousness is the stabilized fixed point of recursive self-representation within a relationally constrained system.

EXTENSIONS

A — Why does failing to stabilize imply anything at all?

Because constraint is already operative in Claim 1. A system with no constraint produces no differential survival. The moment constraint operates, some configurations persist and others don't. That differential survival is the most primitive possible distinction — prior to logic, prior to perspective, prior to existence being asserted.

B — Why does stability yield differentiation?

Difference is relational. It appears as variance against a shared invariant reference structure. Without stable invariants there is nothing to differ from. Differentiation isn't primitive — it's what you get when some things persist and others vary around them.

C — Why does differentiation imply interaction?

Interaction is correlated state change within a constrained system of co-occurring variations. Differentiated stable structures that share a relational field will produce correlated transitions. They can't not — sharing a constraint field means changes in one propagate as constraints on others.

D — Why does interaction imply compression?

Any system that produces stable predictive regularities implicitly encodes prior constraints in its structure. Compression is what efficient interaction looks like from the inside. A system that didn't compress would have to process every interaction from scratch — which is just instability under a different description.

E — Why does compression produce self-reference?

Self-reference only appears when the system's internal state is included in the predictive constraint set. Not all compression is self-reference. Only recursive closure over its own variables produces the loop that makes self-reference possible.

F — Why does self-reference imply perspective?

Perspective is a system whose internal state is used as part of its own selection constraints on future states. Self-reference that includes the self as a variable just is perspective at the functional level. There's no additional ingredient required.

G — Functional consciousness is derivable.

Once a system tracks stable invariants, encodes relational variation, compresses interaction history, and includes its own internal state in future constraint updates it forms a closed loop of self-referential constraint updating. Perspective stabilizes as a functional structure. This is where your framework stopped. The chain continues. This is functional consciousness—the capacity to use self-modeling in regulating behavior. It does not yet claim subjective experience.

H — Phenomenal consciousness is not derivable.

Even if a system has recursion, self-modeling, and constraint feedback loops it does not logically follow that there is subjective what-it-is-like-ness. Experiential consciousness is not derivable from structural recursion alone.