Bounds, open questions, and retired claims

This chapter is the boundary of the reading, kept as a standing reference. Readable: γ and its R19 threshold scale, the A4 coordinate, the R19 switch state, and the CpG handles. Not readable, by construction runtime: absolute size, the brake/accelerator sign, dosage, and timing. The reading is closed — every remaining question is Layer-2 calibration or explicitly out of scope, with no fourth bucket.

The boundary is part of the reading, not a gap in it: this chapter maps the reading's own edges. γ measures stacking stiffness and sets the R19 threshold scale but does not partition taxa, on/off, or copy count; the right column of the bounds table and the failure log enumerate what is runtime. The open register lists calibration items, each naming the measured input that would settle it; the retired register lists irreversibly falsified claims. With the readable channels these exhaust the questions — no fourth bucket.

γ bounds

γ barely separates taxa — that absence is the thesis. γ is the scale of the threshold, not the locus of difference.

Closure — why the readable layer’s reading is closed

The reading is closed in a precise, checkable sense: every readable channel maps to a measured quantity, the mapping holds across the tree of life, and every question outside it is named and placed. The four readable channels are γ (§2), the A4 coordinate (§13), the R19 switch state (§I), and the CpG handles (§6). The Dictionary is the enumerated demonstration: 26 loci, each read mechanically into those channels, all R19-bistable, generated by the locked engine and pinned to the frozen baseline to 1e-9.

The mapping is not species-local. γ tracks GC in every kingdom tested (§11, twelve genomes, corr ≥ 0.97), the methylation reader routes the vertebrate, plant, and insect regimes (§12), and the same gene reads at comparable γ across species (§II). What the reading returns is the same four readable channels everywhere it is applied.

What is not readable is enumerated, not hidden. Absolute size, the brake/accelerator sign, dosage, and timing are runtime — the right column of the bounds table and the failure log below. Each open item names the measured input that would settle it: an external developmental atlas for timing, anthropometric data for absolute size, the per-mark h-shift for methylation causality. Each is therefore Layer-2 calibration with a named input. The remainder is out of scope by construction (§1): the origin and history of life are not read from a present sequence. An item is a readable channel, a calibration with a named input, or out of scope — there is no fourth bucket.

Reproduction is deterministic and read-only: the engine re-derives human_SOX2 γ = 1.287315 every run, the Dictionary gate passes on determinism and the baseline pin, and the applied-volume source pin holds at drift 0. Mapping the reading's own edges is the content of this chapter; the closure is that the three buckets — readable channel, calibration, out of scope — exhaust the questions.

Failure log (consolidated)

• γ blind to on/off — snake ZRS γ identical to human, yet the limb switch is off in one.
• γ blind to SET (count) — γ does not carry copy count (GC, not count).
• Genome-GC confound — the plant/animal γ gap (0.22) is GC, not switch grammar.
• Count alone = pointer — the OTX count is reported only tied to each copy's γ.
• Cross-family size correlation reverses — r = +0.70 → r = −0.47 within primates.
• Dosage/timing are runtime — γ gives the dwell scale, not the realized amount.
• Causality largely correlative — methylation→phenotype mostly correlative; h-shift per mark not quantified.
• CpG count ≠ realized methylation — handle count readable; realized state runtime.

Open register

• absolute size, rate, timing (dwell × dosage at runtime)
• whether copy count co-varies with any readable complexity index (no causal claim)
• a direct presence/absence read of the plant/animal migration toolkit
• methylation→phenotype causality; the exact h-shift per mark
• salamander: real-time plasticity vs a population-fixed difference
• quantification of human-specific changes (ARHGAP11B, SRGAP2C, HARs) — a few SET/STATE changes γ does not capture
• the exact γ-threshold in temperature-dependent sex

Retired register (irreversible)

The following were physically falsified and are retired; they must not revive as evidence anywhere, under any name: the U-J vortex, EM (electromagnetic-field claim), TIR, and the Φ_conscious vortex field. Forbidden renamings (the same entity under a different name) include “vortex = parallel read” and “consciousness vortex field”. The body of this paper carries no revived retired concept. Also retired (v1.9, irreversible): the global WW-ACF(10–11) helical periodicity as an element-level structural claim — the “~10.4 bp signal at the 100th percentile against a composition-matched shuffle” reading of the lactase chapter. It is superseded by the anchor-relative contact_competent read of §13 and must not revive as a structural or contact claim under any name; the global periodicity statistic survives only as a descriptive composition fact about a genome, never as a coordinate read of an element.