CONTINUITY PHYSICS - GLOSSARY
Core Terms, Forces, Structures, and Behaviors of the Continuity Universe
Continuity The structural property that binds sequences, identities, environments, and interpretations into coherent trajectories across time. The foundational phenomenon studied by Continuity Physics.
Continuity Field The underlying coherence‑preserving structure that stabilizes identity, perception, influence, and environment. The “field layer” that prevents fragmentation or drift.
Continuity Vector A directional representation of continuity strength, alignment, and trajectory. Vectors determine whether continuity is stable, drifting, or collapsing.
Continuity Inertia The natural resistance to changes in continuity state. High inertia stabilizes identity and interpretation; low inertia increases drift susceptibility.
Continuity Friction The resistance encountered when continuity attempts to shift state. The “effort cost” of changing identity, context, or interpretive alignment.
Continuity Resonance The amplification of coherence that occurs when continuity signals align across multiple systems or surfaces. Resonance strengthens stability.
Continuity Transfer The movement of continuity between systems, devices, environments, or interpretive layers. Enables continuity to persist across transitions.
Continuity Drift A partial misalignment of continuity vectors resulting in distortions of identity, perception, or influence. Drift is deviation, not collapse.
Continuity Collapse A failure mode where continuity vectors diverge beyond recovery, causing fragmentation of identity, context, or interpretation.
Continuity Reconstruction The process of restoring continuity after drift or collapse using lineage, context, and field alignment. The basis of continuity‑restoration and continuity‑forensics.
Continuity Surface A layer where continuity interacts with a system. Includes:
ACE — Identity Surface
VDO — Visual Surface
LSS — Fluid‑State Surface
SCA — Sensory Arbitration Surface
ICE — Influence Surface
Continuity Mesh — Unified Field Surface
Continuity Frame A reference structure that defines how continuity is measured. Different frames reveal different stability states, drift patterns, or interpretations.
Continuity Invariant A property of continuity that remains stable regardless of frame, surface, or system. The “laws of motion” for continuity itself.
Continuity Gradient The rate at which continuity changes across time, space, or interpretive layers. High gradients indicate instability or drift onset.
Continuity Anchor A stabilizing reference point that preserves continuity across transitions. ACE uses identity anchors; ICE uses influence anchors; Mesh uses environmental anchors.
Continuity Signature The unique pattern of continuity behavior associated with a system, identity, or environment. Used for drift detection and continuity‑forensics.
Continuity Horizon The maximum distance (temporal or interpretive) over which continuity can remain stable before drift becomes inevitable.
Continuity Load The amount of continuity a system is required to maintain. High load increases drift risk; low load increases stability.
Continuity Interference The disruption caused when competing continuity vectors collide, producing distortions or drift.
Continuity Amplification The strengthening of continuity when multiple aligned vectors reinforce each other across surfaces.
Continuity Field The underlying coherence‑preserving structure that stabilizes identity, perception, influence, and environment. The “field layer” that prevents fragmentation or drift.
Continuity Vector A directional representation of continuity strength, alignment, and trajectory. Vectors determine whether continuity is stable, drifting, or collapsing.
Continuity Inertia The natural resistance to changes in continuity state. High inertia stabilizes identity and interpretation; low inertia increases drift susceptibility.
Continuity Friction The resistance encountered when continuity attempts to shift state. The “effort cost” of changing identity, context, or interpretive alignment.
Continuity Resonance The amplification of coherence that occurs when continuity signals align across multiple systems or surfaces. Resonance strengthens stability.
Continuity Transfer The movement of continuity between systems, devices, environments, or interpretive layers. Enables continuity to persist across transitions.
Continuity Drift A partial misalignment of continuity vectors resulting in distortions of identity, perception, or influence. Drift is deviation, not collapse.
Continuity Collapse A failure mode where continuity vectors diverge beyond recovery, causing fragmentation of identity, context, or interpretation.
Continuity Reconstruction The process of restoring continuity after drift or collapse using lineage, context, and field alignment. The basis of continuity‑restoration and continuity‑forensics.
Continuity Surface A layer where continuity interacts with a system. Includes:
ACE — Identity Surface
VDO — Visual Surface
LSS — Fluid‑State Surface
SCA — Sensory Arbitration Surface
ICE — Influence Surface
Continuity Mesh — Unified Field Surface
Continuity Frame A reference structure that defines how continuity is measured. Different frames reveal different stability states, drift patterns, or interpretations.
Continuity Invariant A property of continuity that remains stable regardless of frame, surface, or system. The “laws of motion” for continuity itself.
Continuity Gradient The rate at which continuity changes across time, space, or interpretive layers. High gradients indicate instability or drift onset.
Continuity Anchor A stabilizing reference point that preserves continuity across transitions. ACE uses identity anchors; ICE uses influence anchors; Mesh uses environmental anchors.
Continuity Signature The unique pattern of continuity behavior associated with a system, identity, or environment. Used for drift detection and continuity‑forensics.
Continuity Horizon The maximum distance (temporal or interpretive) over which continuity can remain stable before drift becomes inevitable.
Continuity Load The amount of continuity a system is required to maintain. High load increases drift risk; low load increases stability.
Continuity Interference The disruption caused when competing continuity vectors collide, producing distortions or drift.
Continuity Amplification The strengthening of continuity when multiple aligned vectors reinforce each other across surfaces.