1. The Problem of Continuity
If instantiation is a perspectival actualisation of structured potential, a question immediately arises:
How does continuity occur?
If each instance is a narrowing within a field of possibilities, why does the world not dissolve into discontinuous events?
Traditional ontologies answer by appealing to substance. Something persists beneath change.
Within structured potential, that appeal is unavailable.
Continuity must be explained without invoking an underlying thing.
2. Repeated Narrowing
Actualisation is never arbitrary. Each cut is made within a field already patterned.
Selections occur along pathways of relative ease. Certain configurations are more readily actualised than others.
When similar narrowings occur repeatedly, the field does not remain neutral.
It becomes inclined.
The field begins to lean.
Not because it has acquired mass, but because certain pathways have become more densely structured through repetition.
3. Density Without Substance
We may describe this as thickening, but we must be careful.
Density here does not refer to physical compression. It refers to the increased probability of particular actualisations.
Repeated narrowing stabilises certain configurations. What was once one possibility among many becomes a highly available trajectory.
Stability, then, is not persistence of substance.
It is sustained inclination within structured potential.
This allows continuity without reification.
4. Toward Individuation
Once inclination is understood, individuation becomes thinkable without substance.
An “individual” would not be an isolated entity. It would be a region where inclination has become especially dense — where patterned narrowing sustains a relatively stable configuration across successive actualisations.
Such stability would not be absolute. The broader field of potential would remain operative.
But neither would it be illusory.
Individuation would be real as inclination.
We are now in a position to take the next step.
If inclination can thicken, can it thicken sufficiently to form a relatively autonomous region of stability?
And if so, what would such a region be?
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