<!-- reviewed: 2026-07-11 | V4 Phase-A organism intelligence | canonical code: src/sim/tsotchke-registry.ts -->

# Tsotchke Corpus → Cosmogonic — integration map

This is the binding public ledger for the live repositories under the `tsotchke` user and the
`Tsotchke-Corporation` organization. It distinguishes copied/ported mathematics, local deterministic
facades, build-time harvests, deliberate fences, and metadata. –Accounted for— does not mean every
repository is copied into, or has equal causal depth in, the simulation.

The authoritative code ledger is `src/sim/tsotchke-registry.ts`. The current causal evidence is the
[V4 Phase-A report](./reports/ORGANISM-INTELLIGENCE-V4-RESULTS-2026-07-11.md); the
[2026-07-10 V3 audit](./reports/2026-07-10-OPERATIONAL-ORGANISM-INTELLIGENCE-CAUSAL-AUDIT.md) is its
preserved predecessor. V4 supports only bounded Titan game-policy semantic causality; it withholds
ordinary recurrent benefit, adaptive prediction, Petri causality, neural scaling, pooled scaling, and all
consciousness/sentience uplift.

## Current totals

| Measure                       |                                   Current value |
| ----------------------------- | ----------------------------------------------: |
| Public repository census (V4) |             `23` (`16` user + `7` organization) |
| Full Oct 2026 public census   | `27` (`17` user + `10` organization; see below) |
| Causal/runtime ledger         |             `22` (`15` user + `7` organization) |
| Deep                          |                                             `8` |
| Wired                         |                                             `7` |
| Harvest                       |                                             `2` |
| Fenced                        |                                             `4` |
| Meta                          |                                             `1` |
| Integrated, excluding meta    |                    `17/21 = 0.8095238095238095` |

`homebrew-moonlab` is public deployment metadata and remains census-only; it does not occupy a
causal/runtime row. The former tally was also wrong because it counted Cosmogonic's internal
`classical-contrast` control as an external repository and omitted the external `OBLITERATUS`
repository. The control remains operational, but it is listed separately and never inflates ledger
coverage.

### Depth and representation

- **Deep:** a hot mind/world/scientific substrate path.
- **Wired:** a live world/simulation path, commonly a clean deterministic facade.
- **Harvest:** toolchain, catalog, DNA, or API-level material; not a hot-path source port.
- **Fenced:** zero simulation wiring by mandate or license boundary.
- **Meta:** organizational metadata only.
- **Direct port:** compatible mathematics represented directly with attribution.
- **Deterministic facade:** local Cosmogonic behavior inspired by an upstream role; not source parity.

## All 22 causal/runtime ledger entries

|   # | Repository                  | Owner        | Depth   | Representation               | Cosmogonic leaf / role                                                                       | Declared source boundary                                      |
| --: | --------------------------- | ------------ | ------- | ---------------------------- | -------------------------------------------------------------------------------------------- | ------------------------------------------------------------- |
|   1 | `eshkol`                    | user         | deep    | direct port + local analogue | `sim/eshkol-bridge.ts`; AD/GWT bridge and `.esk` DNA                                         | MIT; attribution required                                     |
|   2 | `moonlab`                   | user         | deep    | direct port                  | `sim/moonlab-tensor.ts`; Clifford/tensor substrate                                           | MIT; attribution required                                     |
|   3 | `tensorcore`                | user         | deep    | deterministic facade         | `sim/tensorcore-facade.ts`; local GEMM/attention role                                        | MIT; facade, not source parity                                |
|   4 | `libirrep`                  | user         | deep    | direct port                  | `sim/irrep-symmetry.ts`; symmetry constraints                                                | MIT; attribution required                                     |
|   5 | `spin_based_neural_network` | user         | deep    | direct port                  | Hopfield/spin-glass path                                                                     | MIT; attribution required                                     |
|   6 | `quantum_geometric_tensor`  | user         | deep    | direct port                  | quantum-geometry path                                                                        | MIT; attribution required                                     |
|   7 | `quantum_rng`               | user         | deep    | deterministic adaptation     | `eshkol-qrng`; seeded classical statevector path                                             | MIT; no hardware-entropy claim                                |
|   8 | `classical_rng`             | user         | deep    | direct port                  | `sim/classical-contrast.ts`; same-seed/same-length descriptive contrast, not entropy matched | MIT; feeds separately ledgered internal control               |
|   9 | `simple_mnist`              | user         | wired   | deterministic facade         | `sim/perceptron-baseline.ts`                                                                 | MIT; local baseline facade                                    |
|  10 | `asteroids`                 | user         | wired   | deterministic facade         | `sim/asteroids-physics.ts`; motility physics                                                 | MIT; local physics facade                                     |
|  11 | `PINN`                      | user         | wired   | deterministic facade         | `sim/pinn-residual.ts`; residual channel                                                     | no LICENSE; chain-of-title pending                            |
|  12 | `PIMC`                      | user         | wired   | deterministic facade         | `sim/pimc-paths.ts`; path-sampling channel                                                   | no LICENSE; chain-of-title pending                            |
|  13 | `ulg`                       | organization | wired   | deterministic facade         | `sim/ulg-bridge.ts`; rule/law channel                                                        | no LICENSE; assignment pending                                |
|  14 | `logo-lab`                  | organization | wired   | deterministic facade         | `sim/logo-turtle.ts`; procedural morph channel                                               | no LICENSE; assignment and NOTICE pending                     |
|  15 | `quantum-quake`             | organization | wired   | deterministic facade         | `sim/qge-aliveness.ts`; aliveness observable                                                 | GPL-derived upstream quarantined; separability review pending |
|  16 | `homebrew-eshkol`           | user         | harvest | harvest only                 | `sim/homebrew-eshkol.ts`; toolchain/catalog signal                                           | no LICENSE; no upstream source port                           |
|  17 | `Quantum-RNG-API`           | organization | harvest | harvest only                 | `sim/quantum-rng-api.ts`; API/toolchain signal                                               | MIT; REST wrapper is redundant to integrated core             |
|  18 | `gpt2-basic`                | user         | fenced  | none                         | no simulation leaf                                                                           | MIT; excluded by non-LLM mandate                              |
|  19 | `llm-arbitrator`            | user         | fenced  | none                         | no simulation leaf                                                                           | MIT; excluded by non-LLM mandate                              |
|  20 | `SolanaQuantumFlux`         | organization | fenced  | none                         | no simulation leaf                                                                           | proprietary; incompatible without explicit license            |
|  21 | `OBLITERATUS`               | organization | fenced  | none                         | no simulation leaf                                                                           | AGPL-3.0 refusal-removal LLM toolkit; mandate-fenced          |
|  22 | `.github`                   | organization | meta    | metadata                     | registry provenance only                                                                     | no runtime source or simulation leaf                          |

### Census-only public repository

| Repository         | Owner | Role                                                                     |
| ------------------ | ----- | ------------------------------------------------------------------------ |
| `homebrew-moonlab` | user  | public deployment metadata; excluded from the causal/runtime denominator |

### Internal control, not a public repository or causal/runtime entry

| ID                   | Role                                                                    | Operational status                                         |
| -------------------- | ----------------------------------------------------------------------- | ---------------------------------------------------------- |
| `classical-contrast` | Quantum-versus-classical experimental control backed by `classical_rng` | live, but excluded from the external count and denominator |

## Shared organism-intelligence path

`src/sim/tsotchke-organism-intelligence.ts` evaluates all 22 causal/runtime rows at a bounded cadence,
folds them into four aggregate semantic channels, and reuses one stable signal object. Ordinary
entities, flora, shoggoths, puppeteers, titans,
leviathans, NHI, glyph beings, wilderness fauna, and primordial digital biologics consume bounded
parts of that signal; existing Archon/apex paths remain in place. The field carries resource pressure,
threat response, exploration, social drive, plasticity, Taylor forecast, confidence, channel values,
and health/revision state.

The preserved V3 fixed-family predecessor found:

- all `17/17` integrated external rows changed final entity velocity on every evaluation seed;
- all `5/5` excluded rows (four fences plus metadata) were exactly inert;
- goal-only and corpus-conditioned differences passed their matched controls;
- reversal adaptation cleared the script-declared 5% threshold at `6.1213%` on the fresh disjoint fixed
  seed family;
- enhanced behavior did not separate from the uniform random-action baseline;
- rotating all four exposed aggregate channels and replacing the final exploration value with a uniform
  surrogate did not establish mapping, substrate, or quantum specificity;
- all 30 batch medians across three fresh 50,000-entity processes stayed below `3 ms` after hot-path
  precomputation and trigonometric reuse;
- all named living-system classes now have matched full-class counterfactuals.

These findings support bounded deterministic corpus-conditioned behavior on a fixed evaluation family.
They do not support general intelligence, consciousness, sentience, repository-identity specificity,
quantum advantage, or additional numeric score uplift.

The V4 descendant then tested semantic identity and family outcomes directly. Ordinary and Petri
contrasts were positive but missed the fixed magnitude floor, the adaptive predictor failed both controls,
and Titans alone passed. The resulting claim remains only bounded Titan game-policy semantic causality;
the registry counts and every broader prohibition above are unchanged.

## Eshkol boundary

Cosmogonic pins its reference to Eshkol `v1.3.2-evolve` commit
`8443ddaeecec579c60ac858348a23cf1912d7a78`, which includes corrections beyond v1.3.1. The local
Taylor-jet implementation is an order-0-through-8 Float64 runtime analogue. It is not native Eshkol
parity, unlimited Taylor order, exact-rational arithmetic, or full R7RS.

`.esk` files may be harvested as deterministic heritable fingerprints when the local corpus is
available. A harvested fingerprint records provenance and supplies a simulation signal; it does not
make the TypeScript runtime an Eshkol interpreter by itself.

**Second-order AD (2026-07-12).** The reverse-mode tape (`math/eshkol-ad`) now carries an exact
forward-over-reverse Hessian·vector-product path (`adHvp`, Pearlmutter R-operator) and a
Gauss-Newton-diagonal preconditioned learner (`sim/ad-mlp.mlpTrainStepCurvature`, wired live into the
petri self-model). This mirrors Eshkol's upstream AD second-order work — "exact jacobian/hessian
through inner forward-mode derivatives" (ESH-0120/0121, PR #246) and the custom-VJP nodes bridging
Moonlab VQE gradients (PR #270, `d4154f6`) — observed at eshkol HEAD `4d94ab6` (v1.3.3-evolve,
2026-07-12). It is a local exact implementation cross-checked against the independent hyper-dual engine
and finite differences, not a native Eshkol build. **Observed-but-not-yet-integrated upstream drops**
(follow-up lanes, not claimed as wired): moonlab `v1.1.0` now publishes TypeScript/WASM packages
(`@moonlab/quantum-core`, `@moonlab/quantum-algorithms` with a typed Grover) and an exact VQE gradient
through its stable ABI; eshkol added gated ML-KEM (FIPS 203) PQC builtins over Moonlab.

**Custom-VJP + quantum parameter-shift AD (2026-07-12).** The tape now has opaque custom-VJP nodes
(`adCustom`, new `AD_CUSTOM` op), a faithful port of Eshkol's custom-VJP nodes (PR #270, `d4154f6`)
whose stated purpose is "differentiate through Moonlab VQE circuits". On top of it, `math/quantum-ad`
differentiates a variational-circuit expectation over our own deterministic statevector by the EXACT
**parameter-shift rule** and drives a functional VQE (`vqeMinimize`) end-to-end through the unified AD
tape — reaching the exact diagonal ground energy. This is a local exact capability, not a Moonlab build;
it is the differentiation foundation the observed Moonlab exact-VQE-gradient ABI would slot into.

**Full corpus recency audit (2026-07-12).** Live sweep of all user + `Tsotchke-Corporation` org repos.
Active/fresh upstream beyond the deep three: `ulg` (org, pushed 2026-07-11 — "physics engine in eshkol +
moonlab"; our `ulg-bridge.ts` facade); `quantum_geometric_tensor` at **v0.777 beta** heading to QGTL v1.0
(Q3 2026 — our quantum-geometry path); `spin_based_neural_network` added a "skyrmion magnetisation field
generator (v0.6)" (our Hopfield/spin path); `quantum-quake` (org) Moonlab runtime diagnostics. These are
recorded as observed follow-up lanes; none is newly wired by this pass.

## Quantum RNG boundary

The reference is Quantum RNG `v3.0.1` commit
`a00ad483cbbef31ea7536f09ae99409d81c9a823`; v3.0.1 fixes range and race defects in v3.0.0. The
Cosmogonic leaf is a seeded, deterministic classical statevector adaptation with diagnostic
repetition/adaptive-proportion-style counters. It is not a CSPRNG, physical entropy source, SP 800-90B
certification, physical Bell experiment, or proof of quantum advantage. A simulated CHSH value near
`2√2` is model-conformance evidence only. The live upstream audit also observed an ARM64
duplicate-output test failure, so no security- or production-readiness claim is made.

## License and provenance gates

This section records repository evidence, not legal advice.

- `PINN` and `PIMC`: no LICENSE file; keep local work at deterministic-facade depth until
  chain-of-title is cleared.
- `ulg` and `logo-lab`: no LICENSE file; assignment/NOTICE work remains before source integration.
- `quantum-quake`: keep GPL-derived source quarantined; the local deterministic facade is not a claim
  of upstream source integration.
- `SolanaQuantumFlux`: proprietary; fenced pending an explicitly compatible license.
- `OBLITERATUS`: AGPL-3.0 and LLM-oriented; fenced.
- `gpt2-basic` and `llm-arbitrator`: permissive license does not override the non-LLM simulation
  mandate; both remain deliberately inert.

See [THIRD-PARTY-NOTICES.md](../THIRD-PARTY-NOTICES.md) for attribution and
[ADR-0013](./adr/0013-operational-organism-intelligence-2026-07-10.md) for the binding runtime and
claim contract.

---

## October 21, 2026 Full 27-Repository Census & Zig 0.17.0 WASM Flagship Architecture

While the V1/V4 preregistered causal/runtime ledger (`src/sim/tsotchke-registry.ts`) remains frozen at its
22-entry denominator (`8 deep, 7 wired, 2 harvest, 4 fenced, 1 meta; 17/21 non-meta integrated`) for
V4 Phase-A reproducibility, [`src/sim/tsotchke-oct2026-wave.ts`](../src/sim/tsotchke-oct2026-wave.ts) and
[`zig/src/root.zig`](../zig/src/root.zig) (`16` exported Zig 0.17.0 WebAssembly kernels in
`zig/zig-out/cqm_kernels.wasm`) bridge the complete **October 21, 2026** public GitHub corpus of **27
Tsotchke projects** (`17` personal under `github.com/tsotchke` + `10` corporate under
`github.com/Tsotchke-Corporation`):

- **`tsotchke` (17 personal repositories)**: `moonlab`, `eshkol`, `quantum_geometric_tensor`,
  `quantum_rng`, `rosette-wire`, `homebrew-eshkol`, `homebrew-moonlab`, `tensorcore`, `gpt2-basic`,
  `libirrep`, `spin_based_neural_network`, `llm-arbitrator`, `simple_mnist`, `asteroids`,
  `classical_rng`, `PINN`, `PIMC`.
- **`Tsotchke-Corporation` (10 corporate repositories)**: `GeoRefine`, `pq-consensus-bandwidth`,
  `bonsai-fidelity-study`, `Quantum-RNG-API`, `OBLITERATUS`, `quantum-quake`, `ulg`, `logo-lab`,
  `SolanaQuantumFlux`, `.github`.
- **18 Zig 0.17.0 WebAssembly Kernels (`src/math/zig-bridge.ts`)**:
  1. `cqm_gray_scott_step` — 9-point isotropic Laplacian Gray-Scott PDE (`f64`).
  2. `cqm_gray_scott_step_rgba_f32` — Fused multi-substep `f32` Gray-Scott PDE + direct RGBA8 pixel rasterizer.
  3. `cqm_tdse_step` — Symplectic leapfrog 1D Time-Dependent Schrödinger Equation (TDSE) + $L^2$ norm preservation.
  4. `cqm_qgt_fubini_study` — 1D Fubini-Study metric diagonal $g_{\mu\mu}$.
  5. `cqm_qgtl_full_tensor_2d` — QGTL v0.777 Beta full 2D Quantum Geometric Tensor ($g_{\mu\nu}$, Berry curvature $\Omega_{\mu\nu}$, condition number $\kappa(g)$, and $O(\varepsilon^2)$ geometric gate suppression).
  6. `cqm_moonlab_ising_anneal` — Moonlab v1.2.1 (ABI 0.8.0) transverse-field Ising/QUBO quantum annealer with second-order Suzuki-Trotter $ZZ$/$X$ evolution and `linear`/`cosine`/`s-curve` schedules.
  7. `cqm_qrng_quantum_chaos_step` — QRNG v3.0.1 Bell-entangled chaotic statevector + 64-bit Toeplitz extractor with dual-mode hardware jitter injection.
  8. `cqm_eshkol_taylor_diff` — Eshkol v1.3.6-evolve 4th-order Taylor jet tower (`derivative-n` $d^0..d^4$) + exact 3D `divergence` ($\nabla\cdot\mathbf{F}$) and `curl` ($\nabla\times\mathbf{F}$).
  9. `cqm_entity_brain_batch_forward` — Vectorized `6 -> 6 -> 4` MLP batch forward pass across active entities.
  10. `cqm_glyph_hebbian_step` — Vectorized `32x32` Hebbian plasticity + decay update for GlyphBeing cohorts.
  11. `cqm_rosette_fnv1a64` — `rosette-wire` v0.1.0 deterministic 64-bit FNV-1a envelope & receipt verifier.
  12. `cqm_pq_wire_bytes` — `pq-consensus-bandwidth` CometBFT v0.40.0 post-quantum BFT round wire-size model (`ML-DSA-65`, `Falcon-512`, `SLH-DSA-128f`).
  13. `cqm_georefine_verify_frame` — `GeoRefine` dual-frame 2D simplex orientation & aspect quality verifier.
  14. `cqm_eshkol_dbsp_delta_gemm` — Eshkol v1.3.6-evolve (`core.dbsp.tensor`, PR #782) Incremental Differential Stream Processing bilinear matrix update $\Delta(AB) = (\Delta A)B + A(\Delta B) + (\Delta A)(\Delta B)$.
  15. `cqm_eshkol_cyclotomic8_mul` — Eshkol v1.3.6-evolve (`core.cyclotomic`, PR #783) Exact Cyclotomic Field $\mathbb{Z}[\zeta_8]/(\zeta_8^4+1)$ Clifford+$T$ multiplication and integer Galois field norm $N_{\mathbb{Q}(\zeta_8)/\mathbb{Q}}(\alpha) = A_0^2 - 2A_1^2 \in \mathbb{Z}_{\ge 0}$.
  16. `cqm_moonlab_qwz_chern_fhs` — Moonlab v1.2.1 (`moonlab_qwz_chern`) & QGTL v0.777 Beta Fukui-Hatsugai-Suzuki (FHS) gauge-invariant $U(1)$ lattice Berry-flux topological Chern number $\mathcal{C}(m) \in \{-1, 0, +1\}$ on the 2D Qi-Wu-Zhang (QWZ) Dirac insulator Brillouin torus $T^2$.
  17. `cqm_libirrep_bdg_skyrmion_mzm` — libirrep v1.5.0 prerelease source (`src/bdg_skyrmion.c`, Theorem 3.1) 2D Bogoliubov-de Gennes Belavin-Polyakov skyrmion on an s-wave superconductor: discrete Berg-Lüscher topological charge $Q_{\mathrm{lat}}$, band-inversion criterion $J_{sd} > \sqrt{(|\mu|-2)^2 + \Delta_0^2}$, and the protected Majorana zero-mode count $2|Q|$ on the $S_z = 0$ domain wall.
  18. `cqm_sbnn_minsr_step` — `spin_based_neural_network` v0.5.0 source pin (`src/nqs/nqs_optimizer.c`) sample-space Minimum-Step Stochastic Reconfiguration (MinSR): solves $(S + \lambda I)\delta = F$ in the $N_s \times N_s$ sample Gram matrix via the push-through identity.