Informational Ontology — Complete Corpus

Defines difference, relation, information, awareness, value, meaning, and purpose as a structural regime sequence (Δ → R → I → A → V → M → P).

Foundational ontology. All definitions and downstream constraints derive from this framework.

DOI: 10.5281/zenodo.19266166

Condensed articulation of the master ontology with reduced exploratory scaffolding.

Accessible entry point and compatibility reference.

Defines systemhood, boundary coherence, and criteria for identity persistence.

Load-bearing identity mechanics for all lineage, drift, and collapse analyses.

Formalizes ordering relations and directional asymmetry between constraints.

Grounds irreversibility and persistence geometry downstream.

Explains how underdetermined systems resolve without structural collapse.

Stabilizes transitions in agency, free will, and salience models.

Demonstrates structural openness without metaphysical indeterminism.

Bridges determinism and agency architecture.

Defends structural differentiation against quantum indeterminacy objections.

Physics-facing stabilization of the ontology.

Establishes structural persistence prior to Darwinian selection.

Clarifies that lineage continuity precedes evolutionary optimization.

Analyzes the emergence of self-maintaining constraint systems.

Grounds biological lineage within the regime ladder.

Explains differential persistence across structural levels.

Connects evolutionary theory to regime architecture.

Identifies pre-symbolic structural carriers of constraint.

Grounds biological organization prior to genetic coding.

Defines sedimentation as retained constraint accumulation across lineage without invoking purpose.

Canonical model of irreversible structural buildup.

Analyzes gradual modification of identity-maintaining constraints.

Clarifies how identity evolves without reset.

Formal inverse of sedimentation; examines unwinding and restoration limits.

Completes the geometry of persistence and recovery.

Identifies topology-based thresholds where recall collapses under replication.

Replication containment diagnostic framework.

Demonstrates identity-bound reachability collapse under differential scaling.

Formal collapse model under acceleration; replaces Execution–Intervention.

Argues purposive constraint cannot persist absent living originators.

Teleological boundary condition of automation regimes.

Structural account of underdetermination and valuation resolution.

Defines architecture of action spaces.

Analyzes manipulation as salience restructuring rather than agency bypass.

Influence mechanics under AI mediation.

DOI: 10.5281/zenodo.18615483

Models addiction as trajectory-level salience monopoly.

Demonstrates local constraint saturation dynamics.

DOI: 10.5281/zenodo.18615577

Diagnoses systemic degradation of meaningful differentiation under overload.

Macro-level salience destabilization model.

Explains persistent misalignment without malfunction.

Structural explanation of alignment failure.

Treats meaning as structural constraint effect rather than representation.

Non-representational theory of meaning.

Explains purpose as emergent trajectory constraint without final causes.

Prepares Silence Limit boundary argument.

Defines vulnerability as lineage-relevant susceptibility to irreversible loss.

Grounds consequence and responsibility.

DOI: 10.5281/zenodo.18602897

Formalizes witnessing as termination of consequence within vulnerable loci.

Load-bearing bridge to governance.

DOI: 10.5281/zenodo.18602797

Specifies structural requirements for witnessing under scale and AI mediation.

Clarifies termination mechanics.

Analyzes distributed constraint contribution under scale.

Extends responsibility into hybrid systems.

Explains ethics as stabilized structural regimes.

Connects ontology to moral structure.

Bridges structural responsibility and institutional practice.

Institutional application layer.

Diagnoses AI-mediated thinning of coercive regimes.

Governance collapse diagnostic.

DOI: 10.5281/zenodo.18603017

Distinguishes legitimate automation from degenerative thinning.

Automation transition framework.

DOI: 10.5281/zenodo.18615343

Analyzes structural depletion of legitimacy.

Explains regime fragility.

Derives the structural criteria under which organizations become agentive loci in their own right rather than mere coordination shells.

Bridges individual agency and governance by formalizing collective agency, institutional personhood, and organization-level responsibility.

Explains escalation when witnessing collapses.

Force substitution model.

Treats markets as distributed constraint coordination systems.

Large-scale stabilization without central authority.

Applies ontology to alignment constraints.

Structural reframing of AI alignment.

Identifies necessary structural coherence conditions.

Constrains alignment discourse.

Diagnostic framework for tracing consequence chains.

Applied alignment auditing tool.

Explains alignment failure without malfunction.

Corrects common AI safety misdiagnosis.

Explores governance after witnessing collapse.

Edge-of-intelligibility boundary analysis.

Diagnoses trajectory compatibility between human and AI systems.

Clarifies feasibility constraints.

Analyzes AI’s structural role in philosophical reasoning.

Defines limits of AI participation in theory construction.

Structural account of truth-diagnostic regimes.

Knowledge stabilization framework.

Formal maintenance doctrine for epistemic regimes under stress.

Ensures self-vulnerability and diagnostic rigor.

Treats logic as stabilized regime rather than metaphysical primitive.

Meta-epistemic stabilization of reasoning itself.

A clarification of different constraint types and of what counts as an explanatory level in the IO framework.

Methodological stabilizer for the corpus. It prevents state-space, scale, and dynamical-systems readings from flattening the regime ladder into a single-level story.

A lemma defending regime-level predicates against the strategy of “explaining them away” by expanding a lower-level state space.

Methodological shield for the entire corpus. It protects higher-regime analysis from flattening into brute state-space description.

A disciplined theory does not build itself. This paper explains the human–AI workflow used to construct the corpus while preventing drift, hidden assumptions, and silent revision.

The methodological specification for the corpus's own construction process — upgraded from a working note (N1) to a full paper. Makes the human-AI workflow replicable by any researcher attempting similar constraint-disciplined theoretical development, and documents the governance architecture that kept the IO corpus coherent across 65 papers.

A clarification of value as a structural phenomenon that precedes morality, duty, and full normativity.

Stabilizes one of the most easily misunderstood transitions in the ladder. It is a key bridge from awareness to meaning and from salience to ethics.

A long-horizon account of how freedom, sedimentation, fragility, and renewal interact across time.

Long-horizon synthesis paper for the dynamics arc. It links agency to sedimentation and drift, and helps explain why restoration and renewal are different structural tasks.

A positive formalization of logistics as its own regime within the governance architecture rather than merely the degraded endpoint of other regimes.

Clarifying paper for the governance stack. It sharpens the law-to-logistics analysis and gives the corpus a more precise vocabulary for automation-mediated regime change.

A unifying account of restoration, drift, dissolution, and irreversibility in terms of invariant-indexed reachability.

Major synthesis paper for the corpus’s dynamic side. It becomes the common reference point for restoration, rollback, dissolution, and irreversibility questions.

A unifying paper on how failures, distortions, and substitutions propagate across multiple organizational layers.

Major synthesis paper linking ontology, dynamics, and governance. It helps readers see the corpus as one continuous argument about how constrained systems fail across layers.

A reflective synthesis of relationships that become visible only once the ontology and lineage papers are considered together.

Corpus-level integration note. It helps readers see the master framework and the dynamics papers as parts of one architecture rather than as isolated essays.

A distinct irreversibility analysis focused on epistemic diffusion rather than artifact replication.

Defines epistemic irreversibility as a separate analytical domain. It complements the replication paper by shifting attention from persistence of copies to persistence of reconstructability.

Restoring a prior state can fail in more than one way at once. This paper explains how different forms of irreversibility combine, so fixing one boundary does not automatically restore the whole system.

The unifying paper for the corpus's irreversibility analyses. Shows that configuration irreversibility (Paper 15) and epistemic irreversibility (Paper 55) are instances of a single multi-boundary restoration framework, and that full restoration requires jointly satisfying all boundary conditions — establishing an irreversibility taxonomy the corpus previously lacked.

Language does not start with meaning. It starts when patterns become stable enough to be recognized, reused, and combined across situations.

The entry point and foundational derivation note for the Language & Symbol cluster. Establishes conditions under which a linguistic regime can emerge from structural coupling without semantic primitives, and explicitly defers constraint reproduction and symbol emergence to its sequels.

For any organized system to last, it has to keep remaking the conditions that let it exist. This paper explains how regimes preserve themselves by restoring the constraints they depend on.

Derives the necessity of constraint restoration for non-invariant regimes — the structural condition that makes self-sustaining linguistic and organizational regimes possible. Fills the first gap explicitly deferred by Paper 57.

Symbols do not need meaning in order to emerge. They appear when stable patterns can stand in for one another across different contexts without breaking the system.

Derives symbol-like substitution structure from multi-context token participation without semantic primitives. Fills the second gap deferred by Paper 57 and provides the structural account of symbolic equivalence that Paper 60 uses to distinguish closure from genuine participation.

Some systems can generate coherent internal outputs without those outputs mattering outside the system. This paper explains the difference between internal closure and real participation in consequence-bearing dynamics.

The integrative capstone of the Language & Symbol cluster. Establishes the structural distinction between internal closure and consequence-bearing participation — explaining why linguistic competence and meaning are not the same thing, and grounding the cluster's relevance to the AI alignment arc.

Not every repeating structure is a true lineage. This paper maps the gray zone between full lineage, host-dependent lineage, and mere recurrence.

Extends the Lineage cluster's structural analysis to boundary cases — reduced, parasitic, and scaffolded lineage forms. Provides the discriminating framework needed for early-evolution cases where simple living/non-living distinctions break down, and where the corpus's account of inheritance must be applied to structurally thin or host-dependent continuity.

Artificially produced systems are not excluded from becoming real lineages. What matters is whether continuity is later carried forward by the lineage itself rather than re-authored from outside each time.

Extends the lineage arc to the question of artificial initiation — closing a gap that the prior papers left open. Establishes that the artificial/natural distinction is structurally irrelevant to lineage, and that the lineage-indexed constraint transfer criterion applies identically regardless of how a system's organization was first induced.

Agency does not appear the moment life appears. This paper identifies the threshold where a living system begins to participate in shaping which of its own futures becomes actual.

The bridge paper between the Lineage and Agency clusters. Establishes why agency requires a lineage-based origin account — lineage is necessary but not sufficient — and identifies the structural threshold at which persistence becomes participation in the resolution of underdetermined continuation. Closes the explanatory gap between the lineage arc and the agency ladder.

Responsibility needs more than action or consequence. This paper argues that lineage is the minimum structural basis that makes responsibility genuinely possible.

The capstone of the Lineage cluster. Closes the lineage arc by identifying lineage as the threshold condition for responsibility itself — not just for agency or persistence. Bridges the lineage arc to the governance cluster by establishing the structural precondition that downstream papers on responsibility, witnessing, and authority all presuppose but do not derive.

A structural account of interruption authority showing that shutdown interfaces and monitoring do not amount to real containment once propagation outruns bounded intervention.

Bridges irreversibility and governance by isolating interruption authority as the prior architectural condition beneath witnessing, handover, and alignment claims.