Pre-Constitutional Physics

Domains

More domain will be added in futur when needed

In Pre-Constitutional Physics, a domain is a representational regime that becomes admissible when specific structural conditions stabilize under constraint and finite coordination.

Domains are not layers of reality.
They are regimes of valid structural description.

Each domain becomes available only when its necessary conditions are satisfied.
If those conditions fail, the domain becomes invalid — not the underlying system.

What a Domain Is

A domain is:

A stable mode of encoding coordination structure
A regime in which specific structural concepts become admissible
A compression of constraint-governed reconciliation

Domains describe when certain distinctions can be made coherently.

They do not describe what fundamentally exists.

Why Domains Are Necessary

Coordination under constraint produces structure.

But structure does not immediately admit:

Ordered progression (Time)
Irreversible accounting (Entropy)
Locality compression (Geometry)
Distributed excitation (Fields)
Stable encoding (Representation)

Each of these requires additional structural stabilization.

Domains formalize when such stabilization occurs.

Domain Failure

A domain fails when its necessary structural conditions are violated.

Examples:

If ordering becomes contradictory → Time fails.
If irreversible loss cannot be defined → Entropy fails.
If locality compression collapses → Geometry fails.
If encoding cannot preserve distinction → Representation fails.

Failure of a domain does not imply collapse of coordination.
It implies breakdown of that descriptive regime.

Domains and Scale

Domains are scale-neutral in class.

They may stabilize:

In physical systems,
In biological systems,
In cognitive systems,
In institutional systems,
In artificial systems.

The substrate differs.
The structural conditions do not.

Domains vs Ontology

PCP does not claim:

Time is fundamental.
Geometry is fundamental.
Entropy is fundamental.
Information is fundamental.

It claims only:

These domains become admissible under specific coordination limits.

Domains describe structural regimes, not metaphysical primitives.

Structural Hierarchy Context

Domains emerge within & after:

Level 0 — Constraint Primacy
Level 1 — Coordination Limits
Level 2 — System-Level Dynamics

Domains formalize what becomes representationally stable under those limits.

They are consequences, not assumptions.

Canonical Summary Sentence

Domains are conditional regimes of valid structural description that stabilize when coordination under constraint admits specific forms of distinction, ordering, compression, or encoding.

Anchor Intuition

If constraint shapes reconciliation, and coordination operates under limits, domains describe when particular structural descriptions become possible.