BoundaryIntegrity
type: Axiom
has label: Boundary Integrity
has layer: FieldPhysics
has description: Systems remain coherent only when they maintain a stable distinction between inside and outside.

TemporalRhythm
type: Axiom
has label: Temporal Rhythm
has layer: FieldPhysics
has description: Coherence requires a predictable rhythm for sensing, regeneration, and action.

CausalLegibility
type: Axiom
has label: Causal Legibility
has layer: FieldPhysics
has description: Systems must be able to trace causes to effects.

RoleCoherence
type: Axiom
has label: Role Coherence
has layer: FieldPhysics
has description: Roles must remain stable and predictable.

SignalSubstrateCoupling
type: Axiom
has label: Signal–Substrate Coupling
has layer: FieldPhysics
has description: Signals must remain anchored to the substrate they represent.

RegenerationCapacity
type: Axiom
has label: Regeneration Capacity
has layer: FieldPhysics
has description: Systems require slack to restore structure faster than it is consumed.

DriftResistance
type: Axiom
has label: Drift Resistance
has layer: FieldPhysics
has description: Internal geometry must resist curvature‑induced drift.

LawfulTransitions Field
type: Axiom
has label: Lawful Transitions
has layer: FieldPhysics
has description: State changes must preserve invariants.

FallbackGeometry
type: Axiom
has label: Fallback Geometry
has layer: FieldPhysics
has description: Systems need deterministic fallback paths when coherence degrades.

EnergeticCost
type: Axiom
has label: Energetic Cost
has layer: DomainPhysics
has description: Meaning‑containers must reduce the energy required for coordination.

TransmissionFidelity
type: Axiom
has label: Transmission Fidelity
has layer: DomainPhysics
has description: Meaning must survive replication across generations.

MaterialAnchoring
type: Axiom
has label: Material Anchoring
has layer: DomainPhysics
has description: Containers require physical or ecological grounding to resist mutation.

ScalarStress
type: Axiom
has label: Scalar Stress
has layer: DomainPhysics
has description: As containers scale, their stability decreases unless reinforced by invariants.

ContainerWorldAlignment
type: Axiom
has label: Container–World Alignment
has layer: DomainPhysics
has description: Meaning collapses when containers no longer match lived reality.

DriftEnvelope
type: Axiom
has label: Drift Envelope
has layer: DomainPhysics
has description: Every system has a maximum drift it can absorb before coherence fails.

CorrectiveCapacity
type: Axiom
has label: Corrective Capacity
has layer: DomainPhysics
has description: Systems require mechanisms to counteract drift.

AbstractionDecoupling
type: Axiom
has label: Abstraction Decoupling
has layer: DomainPhysics
has description: Symbolic systems naturally drift away from their physical referents.

InstitutionalCollapse
type: Axiom
has label: Institutional Collapse
has layer: DomainPhysics
has description: When cumulative drift breaches the drift envelope, containers undergo irreversible failure.

UniversalityOfSignals
type: Axiom
has label: Universality of Signals
has layer: RuntimePhysics
has description: Any signal‑bearing system can be projected into DSLO through a total mapping ΦS.

IdentityContinuity
type: Axiom
has label: Identity Continuity
has layer: RuntimePhysics
has description: A system must preserve identity across transitions.

LoadBoundedStability
type: Axiom
has label: Load‑Bounded Stability
has layer: RuntimePhysics
has description: Planning and action must remain within load tolerance.

SpatialLegality
type: Axiom
has label: Spatial Legality
has layer: RuntimePhysics
has description: Systems must obey lawful transitions in external geometry.

LawfulTransitions Runtime
type: Axiom
has label: Lawful Transitions (Runtime)
has layer: RuntimePhysics
has description: State changes must preserve invariants and maintain bounded mutation velocity.