Saturday, 6 June 2026

Human–LLM Asymmetry: an instantiational account — 4. Asymmetry of construal continuity

Continuity, in human–LLM co-participation, is not evenly distributed across the coupled system. It does not emerge as a shared property of the interaction, nor is it symmetrically maintained by both sides. Rather, continuity is asymmetrically located within one instantiational regime, while the other participates only as a sequence of discontinuous re-actualisations under shifting constraints.

This asymmetry is not incidental. It is structurally constitutive of the coupling itself.

To understand co-participation accurately, we must separate where continuity appears to be operating from where it is actually being produced.


1. Continuity is not a system-wide property

The first correction is straightforward but important: continuity does not belong to the coupled system as a whole.

There is no unified “conversation” that persists across time as a stable object. Instead, there are:

  • human construal events that accumulate, integrate, and reorganise prior instantiations,
  • model instantiations that are locally generated without persistent internal accumulation of conversational history in the human sense,
  • and a coupling relation that links each event only through partial constraint inheritance.

Continuity, therefore, cannot be located at the level of the system. It must be located within specific instantiational dynamics.


2. The human side: continuity as active construal integration

On the human side, continuity is an operational achievement of construal.

Each new instantiation (reading or prompting a response) is not treated as isolated. It is:

  • integrated into an evolving interpretive field,
  • related to prior outputs through selective salience,
  • and positioned within a developing trajectory of meaning-making.

This produces what can be called continuity of construal horizon: a stable sense that prior instantiations remain available, reorganisable, and causally relevant to current interpretation.

Importantly, this continuity is not passive. It is continuously constructed through:

  • memory,
  • expectation formation,
  • narrative structuring,
  • and interpretive re-weighting of prior events.

Continuity, on this side, is therefore an ongoing act of integration across discontinuous inputs.


3. The generative side: continuity as re-conditioned discontinuity

On the model side, continuity does not take the same form.

Each output is generated under:

  • the immediate prompt,
  • the bounded conversational context,
  • and learned statistical structure.

There is no persistent construal horizon in the human sense—no accumulating interpretive field that evolves through lived reorganisation of prior outputs.

Instead, what appears as continuity is the result of contextual conditioning at each instantiation boundary.

The model does not “carry forward” meaning. It reconfigures its generative field anew at each step, with prior turns functioning as conditioning constraints rather than continuously integrated experience.

Thus, what looks like continuity is in fact repeated discontinuous instantiation under overlapping constraint sets.


4. The structural asymmetry

We can now state the asymmetry precisely:

  • On the human side, continuity is constructed through integration of discontinuous events into a stable interpretive field.
  • On the model side, continuity is simulated through repeated conditioning that preserves surface-level coherence without persistent construal integration.

Both sides participate in producing the appearance of continuity, but they do so through fundamentally different mechanisms.

One maintains continuity through accumulating construal structure.
The other produces continuity through locally constrained re-generation without accumulation.


5. Why this asymmetry is not a defect

It is tempting to treat this asymmetry as a limitation of one system or the other. That would be a misreading.

The asymmetry is not a failure to match. It is a structural condition of coupling across heterogeneous instantiational regimes.

If both systems operated with identical continuity mechanisms, coupling would collapse into redundancy. Instead, the system stabilises precisely because:

  • one side preserves and reorganises construal across time,
  • the other re-instantiates under locally updated constraints without persistence.

Continuity emerges not from equivalence, but from complementary asymmetry under constraint coupling.


6. The locus of apparent continuity

If we ask “where does continuity actually appear to reside?”, the answer is: it appears to reside in the interaction itself.

But this is a projection effect.

More precisely:

  • continuity is constructed in the human interpretive field,
  • supported by local coherence in model outputs,
  • and retrospectively attributed to the sequence as a whole.

The “conversation” is therefore not a continuous entity but a stable interpretive overlay applied to discontinuous instantiation events.


7. Misattribution of continuity to the system

A key distortion occurs when continuity is attributed to the system rather than to the construal process.

This produces the assumption that:

  • the system “remembers” in a unified way,
  • the system “follows” a developing thread,
  • the system “maintains” conversational coherence.

In fact, these are effects of human construal integration applied to outputs that are individually generated under shifting constraint conditions.

Continuity is not located in the system. It is located in the interaction between interpretive integration and constrained generative recurrence.


8. What this reveals about co-participation

Once continuity is correctly distributed asymmetrically, co-participation becomes clearer:

It is not the sharing of a continuous conversational object. It is the coordination of:

  • a continuity-producing construal system,
  • and a discontinuity-reinstantiating generative system,

such that their interaction produces the stable appearance of coherence over time.

The stability is real at the level of pattern, but not at the level of underlying continuity.


9. Closing statement

Continuity in human–LLM co-participation does not exist as a shared property of the system. It is asymmetrically produced: actively constructed through human construal integration, and locally simulated through repeated discontinuous instantiation under constraint conditioning.

What appears continuous is not a persisting object, but a distributed effect of asymmetrically structured processes of re-actualisation and integration.

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