Status

This document clarifies the relationship between locality and constraints within the Reality Tracing framework.

It does not introduce new primitives.

It removes a common false separation.

This is a structural clarification, not a metaphysical claim.


Locality as the Full State

Locality refers to the complete, current state of a system and its ongoing evolution.

This includes:

It also includes differences in epistemic access:

These distinctions describe the agent’s access within locality, not reality’s structure itself.

Locality is not a subset of reality.

It is everything that is happening now, as it continues to change — whether known, partially known, or unknown.

Nothing relevant to behavior, experience, or outcome exists outside locality.


What Makes Constraints Distinct

Constraints are not external to locality.

They are not rules imposed from outside the system.
They are not abstractions layered on top of reality.

Constraints are elements of locality that never drop out.

What distinguishes constraints is not that they are fixed, but that they are:

Constraints differ from other aspects of locality only in persistence and structural role, not in ontological status.


Constraints as Reflexive Constants with Range

Constraints are best understood as reflexive constants with bounded ranges.

They are constant in that:

They are variable in that:

Examples include:

These constraints are always present, but never identical in expression across situations.


Reflexivity Prevents Self-Exemption

A defining feature of real constraints is reflexivity.

Constraints apply to:

A constraint that did not bind attempts to reason around it would not be a constraint at all.

Examples:

Reflexivity prevents epistemic overreach and self-exempting models.


No Separation Between Constraint and Locality

There is no clean boundary where locality ends and constraints begin.

Constraints are inside locality.
They differ only in structural persistence.

A precise formulation:

Locality is the full evolving state of a system.
Constraints are those elements of locality that are invariant in presence, variable in range, and reflexive in application.

This preserves:


Why This Matters for Salience

Salience operates within locality and under constraint.

Because constraints are always present:

Salience is not importance at initialization.

It becomes importance after energy repeatedly flows through paths that remain viable under constraint.

Without reflexive constraints:

Constraints provide the boundary conditions that make salience meaningful.


Constants Are Not Rigid

Calling constraints “constants” does not imply rigidity.

They behave more like:

They shape trajectories without dictating exact outcomes.

This allows:

While still preventing impossible states.


Summary

Constraints do not stop movement.

They make direction possible.