428 lines
12 KiB
Markdown
Executable file
428 lines
12 KiB
Markdown
Executable file
# Being Criteria v0.1
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**Status:** Superseded research hypothesis
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**Origin:** Soul Frame — Cluster A: Autonomy and Individuation
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**Superseded by:** `AutonomousIndividualityCriteriaV0.1.md`
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**Related research:** Research Note 002 and Research Note 003
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---
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## 1. Purpose
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This document preserves the first formal attempt within Soul Frame to define criteria for **Systemic Beinghood**.
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The criteria were derived from research into:
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- autopoiesis,
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- organizational closure,
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- biological autonomy,
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- adaptivity,
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- normativity,
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- agency,
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- process ontology,
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- and information-theoretic individuality.
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The original hypothesis was that a Being could be characterized through a multidimensional profile of individuation, continuity, self-maintenance, adaptive regulation, and identity-preserving transformation.
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Subsequent adversarial testing in Research Note 003 showed that these criteria can be strongly satisfied by systems such as:
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- self-maintaining software daemons,
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- sophisticated infrastructure control planes,
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- corporations,
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- and collective adaptive systems,
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without those systems necessarily exposing the degree of **personhood** intended by the Soul Frame concept of a Being.
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The criteria therefore remain useful, but their interpretation has changed.
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> **Historical conclusion:** Being Criteria v0.1 more accurately describe autonomous individuality than complete Soul Frame Beinghood.
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This document is retained as a research artifact so that the evolution of the framework remains explicit and inspectable.
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---
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## 2. Original working definition
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The initial working definition was:
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> **A systemic Being is an individuated process that preserves temporal integrity through an integrated organization whose own activity contributes to maintaining and adaptively regulating the conditions of its continued identity.**
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The criteria were not intended as binary gates.
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They were conceived as a multidimensional profile:
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\[
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B = (I, T, C, S, V, A, X, P)
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\]
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where:
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- `I` = Individuability
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- `T` = Temporal Integrity
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- `C` = Constitutive Integration
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- `S` = Self-Maintenance Participation
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- `V` = Endogenous Viability
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- `A` = Adaptive Regulation
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- `X` = Interactional Asymmetry
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- `P` = Identity-Preserving Transformation
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---
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# 3. Criteria
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## B1 — Individuability
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### Definition
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There must be defensible grounds for distinguishing the candidate system from its environment.
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The relevant boundary may be:
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- physical,
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- operational,
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- informational,
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- causal,
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- organizational,
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- social,
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- or some combination.
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The boundary does not have to be perfectly sharp.
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### Evaluation questions
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- Can states and processes meaningfully be attributed to this system rather than its environment?
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- Is there a defensible reason to treat the candidate as one system?
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- Does the proposed boundary correspond to persistent causal, informational, or organizational structure?
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- Would substantially different observers identify approximately the same individual under similar analytical purposes?
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### Important caution
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A detectable boundary is evidence for **individuation**, not sufficient evidence for Beinghood.
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---
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## B2 — Temporal Integrity
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### Definition
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The candidate entity must exhibit meaningful continuity through time.
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Its present and future organization should depend substantially on its own previous organization rather than being arbitrarily reconstructed at each moment by the environment.
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### Evaluation questions
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- Does knowledge of the candidate's past materially help explain its present or future state?
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- Are successive states causally and informationally connected?
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- Does the system carry forward structures that belong specifically to its own history?
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- Would deleting its history while preserving generic functionality create a materially different entity?
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### Interpretation
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Temporal persistence alone is insufficient. A rock persists, but this does not establish adaptive or autonomous individuality.
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---
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## B3 — Constitutive Integration
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### Definition
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The processes attributed to the entity must form a sufficiently integrated organization.
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The entity must be more than a convenient collection of independent components.
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### Evaluation questions
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- Do components mutually depend on one another for realization of the continuing system?
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- Are there feedback relations connecting major components?
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- Does removal of some components disrupt the organization rather than merely reduce unrelated functionality?
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- Is there a coherent organizational level at which the entity makes better explanatory sense than its parts considered independently?
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### Interpretation
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Co-location is not integration.
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Integration concerns the organization through which the entity is realized.
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---
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## B4 — Self-Maintenance Participation
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### Definition
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The system's own operations must contribute materially to maintaining the organization constituting its identity.
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Full material self-production is not required.
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### Evaluation questions
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- Does the system detect threats to its own continued organization?
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- Does it repair, protect, restore, or preserve constitutive structures?
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- Does it participate in maintaining memory, identity, integrity, or required resources?
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- Would the system persist less reliably if its own maintenance operations were disabled?
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### Interpretation
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Autonomy does not require self-sufficiency.
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A system may depend heavily on an environment while still participating in maintaining itself.
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---
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## B5 — Endogenous Viability
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### Definition
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The system must possess conditions whose preservation matters to continued existence as this entity.
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For biological systems these may include metabolic or physiological viability conditions.
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For artificial systems candidate viability conditions may include:
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- identity integrity,
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- continuity,
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- memory coherence,
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- resource sufficiency,
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- access to constitutive services,
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- recoverability,
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- authorized control,
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- and preservation of critical relationships or commitments.
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### Evaluation questions
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- Are there states in which continued identity becomes more or less viable?
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- Can the system distinguish damage from ordinary transformation?
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- Are some conditions constitutively better or worse for continued existence of this entity?
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- Do such conditions arise from the entity's organization rather than only from an external task specification?
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### Important caution
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This criterion raised unresolved questions about whether artificial systems can possess genuinely endogenous rather than creator-imposed norms.
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---
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## B6 — Adaptive Regulation
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### Definition
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The entity must be able to regulate internal state or environmental coupling according to tendencies relevant to viability or continuity.
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### Evaluation questions
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- Does the system detect trajectories that threaten its continuing organization?
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- Can it alter behavior in response?
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- Can it compensate for disturbances?
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- Does regulation change based on changing circumstances?
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- Does the system distinguish merely current failure from movement toward future failure?
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### Interpretation
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Adaptivity is stronger than passive robustness.
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A robust object may survive disturbances without detecting or regulating them.
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---
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## B7 — Interactional Asymmetry
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### Definition
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The entity must sometimes function as an active source of changes in its coupling with the environment rather than being completely reducible to environmental forcing.
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### Evaluation questions
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- Does the system initiate actions?
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- Can its internal organization materially determine what happens next?
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- Does it select among possible interactions?
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- Can it resist, redirect, or transform environmental pressures?
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### Interpretation
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This criterion is derived from stronger autonomy theories of agency and should not be confused with the very broad software-engineering use of the word `agent`.
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---
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## B8 — Identity-Preserving Transformation
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### Definition
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The entity must be capable of changing while maintaining sufficient continuity for those changes to remain attributable to the same evolving system.
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### Evaluation questions
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- Can components be replaced without necessarily creating a new entity?
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- Can the system learn while retaining identity?
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- Can roles, capabilities, or embodiment change?
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- Can the entity recover from interruption while preserving continuity?
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- Is there a principled distinction between evolution of the entity and replacement by another entity?
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### Important caution
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This criterion exposes unresolved problems involving:
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- copying,
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- forking,
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- restoration,
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- merging,
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- simultaneous manifestations,
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- and Actor replacement.
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These are deferred to Soul Frame's identity and continuity research.
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---
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# 4. Original evaluation profile
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The criteria were originally intended to support qualitative or later quantitative assessment.
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A simple qualitative vocabulary is:
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| Level | Meaning |
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| **Strong** | Clear evidence that the criterion is constitutively present |
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| **Moderate** | Meaningful but partial or externally dependent evidence |
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| **Weak** | Limited, derivative, or ambiguous evidence |
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| **Absent** | Criterion substantially not present |
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| **Unknown** | Insufficient information or unresolved theory |
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A candidate profile could therefore be recorded as:
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```yaml
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candidate: example-system
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criteria:
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individuability: strong
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temporal_integrity: strong
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constitutive_integration: moderate
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self_maintenance: weak
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endogenous_viability: unknown
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adaptive_regulation: strong
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interactional_asymmetry: strong
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identity_preserving_transformation: moderate
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```
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No aggregate score should be calculated without further theoretical justification.
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---
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# 5. Falsification result
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Research Note 003 tested the criteria against heterogeneous systems including:
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- organisms,
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- collectives,
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- corporations,
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- infrastructure control planes,
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- language models,
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- stateless chatbots,
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- persistent agents,
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- Spirits,
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- Ghost archives,
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- and self-maintaining daemons.
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The decisive counterexample was a hypothetical **self-maintaining daemon** that:
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- monitors its own integrity,
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- protects identity material,
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- repairs corruption,
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- maintains backups,
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- migrates away from failing infrastructure,
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- acquires required resources,
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- and preserves continuity.
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Such a system can satisfy nearly all eight criteria while exposing almost none of the richer dimensions of personhood that Soul Frame intends to capture with the term **Being**.
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Conversely, a stateless chatbot can expose substantial person-like behavior while scoring poorly on autonomous individuality.
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Therefore:
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\[
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Beinghood \neq AutonomousIndividuality
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\]
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and:
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\[
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PersonhoodExposure \neq AutonomousIndividuality
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\]
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---
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# 6. Supersession decision
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The eight criteria remain useful.
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Their interpretation changes from:
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> **Being Criteria**
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to:
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> **Autonomous Individuality Criteria**
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The current Soul Frame working model separates at least:
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1. **Autonomous Individuality** — how strongly a self-maintaining individual exists.
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2. **Personhood** — how strongly the entity exposes someone-like properties.
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3. **Addressability** — whether interaction and attribution can target this particular entity over time.
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4. **Recognition** — whether other Beings model it as a continuing counterpart.
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5. **Social Beinghood** — whether persistent reciprocal relationships, expectations, roles, and commitments emerge.
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A provisional stronger formulation is:
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\[
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Being \approx AutonomousIndividuality + Personhood + Addressability + Recognition
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\]
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This expression is conceptual, not arithmetic.
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---
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# 7. Historical value of this document
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`BeingCriteriaV0.1.md` should remain in the repository because the falsified hypothesis is informative.
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It establishes that Soul Frame deliberately distinguishes:
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- persistence from self-maintenance,
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- self-maintenance from personhood,
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- regulation from agency,
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- capability from individuality,
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- and individuality from Beinghood.
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The historical progression is:
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```text
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Being Criteria v0.1
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↓ stress test
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insufficient for Beinghood
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↓
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Autonomous Individuality Criteria v0.1
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+
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future Personhood Criteria
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+
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Addressability
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+
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Recognition
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↓
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future Being Criteria v0.2+
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```
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---
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# 8. Research status
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**Status:** Superseded as a definition of Beinghood.
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**Retained contribution:** Foundational criteria for autonomous individuality.
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**Next canonical document:** `AutonomousIndividualityCriteriaV0.1.md`
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**Future work:** Develop a new Being criteria model only after research on:
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- identity and continuity,
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- personhood,
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- recognition,
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- addressability,
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- and social Beinghood
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has matured sufficiently.
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