Validation Checks#

These checks are structural rather than empirical and are evaluated independently of implementation details or higher‑level semantics.

1. Substrate Coherence Check#

Assumption: The substrate maintains internal coherence.
Validation: Substrate state remains structurally consistent under declared operating regimes.
Pass Condition: Substrate behavior is interpretable and stable across extended operation.

2. Substrate Primacy Check#

Assumption: The substrate operates beneath higher‑order models.
Validation: No task‑level semantics or objectives are embedded in substrate state or dynamics.
Pass Condition: Higher‑level systems depend on the substrate without reverse dependency.

3. Operator Mediation Check#

Assumption: All substrate dynamics occur through operators.
Validation: Substrate state changes are traceable to operator interactions.
Pass Condition: No implicit or uncontrolled state transitions occur.

4. Local Interaction Check#

Assumption: Operator interactions are local.
Validation: Operator effects propagate within declared substrate neighborhoods.
Pass Condition: Interaction scope remains bounded and analyzable.

5. Conservation‑Like Behavior Check#

Assumption: Structural invariants are preserved.
Validation: Operator interactions redistribute substrate state without unbounded accumulation or loss.
Pass Condition: Substrate stability is maintained over time.

6. Stability Under Perturbation Check#

Assumption: Dynamic variation is permitted within bounds.
Validation: Substrate coherence persists under bounded perturbations.
Pass Condition: No collapse or runaway divergence occurs within operating regimes.

7. Boundary Condition Check#

Assumption: Operating limits are explicit.
Validation: Behavior outside declared bounds is detectable and classifiable.
Pass Condition: Boundary crossings correspond to regime exit rather than error.

8. Failure Semantics Check#

Assumption: Failure corresponds to regime exit.
Validation: Invalid substrate behavior is classified without corrective enforcement.
Pass Condition: Failure modes are inspectable and non‑catastrophic.

9. Non‑Empirical Scope Check#

Assumption: The BSM makes no empirical claims.
Validation: No correspondence with physical observables or experimental validation is asserted.
Pass Condition: The model remains strictly structural and operational.

10. Reproducibility Check#

Assumption: Declared assumptions are stable.
Validation: Identical operating regimes yield comparable substrate behavior across runs.
Pass Condition: Structural reproducibility independent of implementation variation.

Summary#

These validation checks demonstrate that the Boson Substrate Model operates as a coherent structural substrate under declared operating regimes. By transforming implicit assumptions into explicit validation domains, the BSM enables stable, inspectable substrate behavior without empirical overreach or semantic entanglement.