The programme arc. closure → bounded reference frames → living-frame mechanics → measurable closure-distance proxies → cortical empirical anchor → conditional point-of-view application. Three papers carry the formal arc; six notes carry the empirical proxies. The arc is read top-down: each paper depends on the one before it; each note carries its own scope.
Epistemic status — read first. This is a pre-peer-review release (v1.0.0-rc1). Every load-bearing statement is labelled in one of five categories: Theorem, Conditional Proposition, Empirical Result, Empirical Proxy, or Pre-registered Proposal. The programme does not claim to prove consciousness; the Access Principle (P-A) used by Paper III is named as a conjecture, not asserted as a derivation. Extension IV (cosmic self-pruning and frame recurrence) is intentionally withheld from this packet as speculative and non-load-bearing.

The Programme in Three Steps

  1. I
    Existence as Closure (35 pp)
    A formal framework built on distinction, relation, and a closure operator. Bounded reference frames and zero-lines per frame are defined; the 600-cell substrate carries the construction; two τ-conventions (τico and τspec) are documented and held distinct. The foundation paper of the programme.
    → Read Paper I
  2. II
    Life as Closure (44 pp)
    Living-frame mechanics built on the Paper I foundation. The signature life = (O, CO, B, M, A, Σ) plus eighteen derived structural concepts: boundary, repair, memory, action, relevance, dyscoherence, agency, joint meaning, emotions, thoughts, qualia, identity, trauma and healing, flow, creativity, hope/despair, trust, self-deception. A mechanics of meaning-generation, not a content of meaning.
    → Read Paper II
  3. III
    From Processing to Point of View (19 pp)
    Conditional consciousness application. Bridges from formal processing mechanics to candidate phenomenal point-of-view formation. Uses the Access Principle (P-A) as an explicit conjecture, references Levin-style bioelectric and CEMI-style electromagnetic bridges, and includes the ARIA-chess constructed witness. Does not claim ARIA is conscious; does not reduce suffering to numerical values.
    → Read Paper III

Closure operator
Bounded frame
Living frame
Closure-distance
Cortical anchor
Point of view

Six Empirical Notes (A–F)

Six self-contained empirical appendices ground the formal arc in measurable proxies. Each note carries its own scope and its own diagnostic criteria; none claims to be the formal operator it proxies.

Note A · 20 pp Bioelectric Closure Bioelectric proxies for the closure operator at the cell-network level. Aligned with Levin-style bioelectric bridges in Paper III.
Note B · 17 pp Cortical Phase Closure The strongest current cortical empirical anchor for the programme. Phase-coherence proxies aligned with the closure-distance methodology.
Note C · 18 pp Closure-as-Distance The proxy methodology with explicit diagnostic criteria (CAD-D1–D5-v1) and explicit false-positive disclosure.
Note D · 10 pp Trauma / Cortical Closure Trauma-related cortical proxies and the corresponding closure-distance diagnostic profile.
Note E · 9 pp FlowIndex A pre-registered flow-state proxy aligned with the flow-meaning concept of Paper II.
Note F · 8 pp Dyadic Joint Meaning Hyperscanning-style dyadic proxies for the joint-meaning concept of Paper II.

The Five-Category Status Taxonomy

Every load-bearing statement in the programme is tagged in one of five categories so that a reader can tell, at any line, what kind of claim is being made:

Theorem

Proved unconditionally

Mathematical statements with full proofs. The closure-operator algebra, the existence-frame theorems, and the 600-cell substrate facts live here.

Conditional Proposition

Proved under stated hypotheses

Statements that follow from named conjectures (e.g. the Access Principle). The hypothesis is stated, not assumed.

Empirical Result

Reported from data

Numerical results from cortical or bioelectric data, reported with full uncertainty. Not theorems; not derivations.

Empirical Proxy

Measurable stand-in

A measurable quantity that approximates a formal operator. The closure-as-distance methodology (Note C) is the canonical example, with explicit false-positive disclosure.

Pre-registered Proposal

The fifth category. A pre-registered prediction, frozen before measurement, with stated falsifiers. The FlowIndex (Note E) and the dyadic joint-meaning protocol (Note F) ship as pre-registered proposals rather than as results.


What Is — And Is Not — Claimed

What is claimed

  • A formal closure-operator framework for existence, with bounded reference frames and an explicit substrate (Paper I)
  • A living-frame mechanics — closure-bearing operators for boundary, repair, memory, action, relevance, agency, joint meaning, and fifteen further structural concepts (Paper II)
  • A conditional bridge from processing to candidate point-of-view formation, under the explicit Access Principle conjecture (Paper III)
  • Six empirical proxies (Notes A–F) with explicit diagnostic criteria, including false-positive disclosure for the closure-distance methodology
  • A strong cortical empirical anchor (Note B) plus a bioelectric anchor (Note A) and a dyadic anchor (Note F)
  • Disciplined status-labelling throughout: every load-bearing statement carries one of five category tags

What is not claimed

  • That consciousness has been proved — the Access Principle is named as conjecture, not theorem
  • That empirical proxies directly measure formal closure operators — they are explicit proxies, with their own diagnostic criteria
  • That suffering, qualia, or identity reduce to numerical values
  • That ARIA is conscious — Paper III explicitly states this negative claim
  • Any speculative cosmic extension (Extension IV: Cosmic Self-Pruning and Frame Recurrence) — intentionally withheld from this packet
  • Peer-reviewed status — pre-peer-review (v1.0.0-rc1)

Reproducibility

Verification

Quick smoke tests (~30 seconds) check structural facts; full validation suites across Papers I–III take 3–25 minutes depending on platform. Real-data analyses (Notes A–F) require external dataset downloads documented in repro/shared/data_access.md. Deterministic JSON outputs and a hash manifest are shipped under repro/outputs/ so that re-runs can be checked against a frozen baseline.


Where this sits in the wider VFD programme. The 600-cell substrate is the same one that underlies the closure-response operator Cφ, the V600 programme of finite-group papers, the 24–600 spectral bridge, and the hypersphere cosmology preprint. The σ-twist used inside Paper I is the same σ-Galois construction that appears in the Schläfli decomposition. This programme uses that shared substrate to extend the closure construction upward — from finite-group facts into living-frame mechanics and conditional point-of-view formation — without claiming the upward extension by itself.

Three papers, six notes, one structural principle. Closure as the load-bearing operator. Pre-peer-review, disciplined, and not a claim to have proved consciousness.