# Research Stack Address Space: Mountain on Mountains (MS3C-RG)

**Version:** 1.0  
**Status:** Canonical Address Mapping  
**Cross-reference:** `ENE_SCHEMA.md`, `MS3C_NESTED_REDUCTION_GEAR_SPEC.md`, `PHI_CENTER_REVAMP.md`

## 1. The "Mountain on Mountains" Encoding
The Research Stack utilizes a hierarchical, meta-topological address space based on the **Matroska S3C Nested Reduction Gear (MS3C-RG)**. Each project, asset, or dataset is projected onto a **NUVMAP** $(u, v, m)$ within a 14-axis hyperbolic manifold.

### 1.1 Encoding Axioms:
*   **Mountain (Axis)**: The 14 primary semantic axes of the ENE Substrate (Axis 0–13).
*   **Mountain on Mountain (Nesting)**: The recursive shell depth ($S_k$) representing conceptual distance from the Core Formalism ($S_0$).
*   **Address (Genome18)**: A bit-exact 18-bit witness address derived from 6 $\times$ 3-bit bins.

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## 2. Global Address Map (NUVMAP)

| Project / Component | Primary Axis | Matroska Shell ($S_k$) | NUVMAP ($u, v, m$) | Genome18 Address (Bin-6) |
| :--- | :--- | :--- | :--- | :--- |
| **OTOM** (Core Model) | 0: Substrate | $S_0$ (Root) | $(0, 0, 1.0)$ | `000 000 000 000 000 000` |
| **WasmGPU** (Hardware) | 8: Hardware | $S_2$ (Infra) | $(0.618, 0, 0.5)$ | `000 000 000 000 000 010` |
| **servo-fetch** (Forked) | 1: Compression | $S_4$ (External) | $(1.0, 0.5, 0.2)$ | `001 000 000 000 000 000` |
| **text-to-cad** (Forked) | 11: Decisions | $S_4$ (External) | $(0.8, 0.2, 0.2)$ | `000 000 000 011 000 000` |
| **revenant** (Archive) | 12: Archive | $S_{-1}$ (Basin) | $(0, 1.0, 0.1)$ | `000 000 000 000 110 000` |
| **webmoji** (Archive) | 12: Archive | $S_{-1}$ (Basin) | $(0.1, 1.0, 0.1)$ | `000 000 000 000 110 001` |

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## 3. Detailed Address Space Specifications

### 3.1 The Crystalline Core ($S_0$)
*   **Namespace**: `0-Core-Formalism/otom/`
*   **Mapping**: Axis 0 (Substrate / Entropy / Foam).
*   **Definition**: The "One Truth Only Model" occupies the central origin of the manifold. It is the zero-drift reference point for all other mappings.
*   **NUVMAP Logic**: $m=1.0$ (Maximum activation). All logic in the stack is extracted from this singularity.

### 3.2 The Infrastructure Shell ($S_2$)
*   **Namespace**: `4-Infrastructure/gpu/wasmgpu/`
*   **Mapping**: Axis 8 (Hardware / FPGA / Warden).
*   **Definition**: Physical execution shims and GPU/FPGA drivers.
*   **NUVMAP Logic**: $u=0.618$ (The Golden Ratio shift). Represents the bridge between the formal logic and physical hardware response.

### 3.3 The External / Forked Shell ($S_4$)
*   **Namespace**: `Forked/` (Top-level)
*   **Mapping**: Varies (Axis 1 for `servo-fetch`, Axis 11 for `text-to-cad`).
*   **Definition**: External projects that "caught the attention" but are not yet BINDed to the core invariant.
*   **NUVMAP Logic**: $m=0.2$ (Low activation). These are experimental "satellites" orbiting the main research body.

### 3.4 The Basin / Risk Archive ($S_{-1}$)
*   **Namespace**: `6-Documentation/archive/`
*   **Mapping**: Axis 12 (Archive / Historical / Lineage).
*   **Definition**: Deprecated projects or "long-term liabilities" that are preserved for history but quarantined from execution.
*   **NUVMAP Logic**: $v=1.0$ (Maximum Phase Shift). These are pushed into the "Basin" (negative shell depth) where they exert zero torsion on the active system.

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## 4. Maintenance Protocol
1.  **Ingestion**: Any new repository added to the Research Stack must be assigned a **NUVMAP** and a **Genome18** bin.
2.  **Attestation**: The `pre-push` hook will verify that the commit SHA matches the assigned address space via the `omni://` attestation server.
3.  **Drift Detection**: Any project whose activation ($m$) or phase ($u, v$) deviates from its assigned shell by $> \phi^{-3}$ is flagged for **REINITIALIZATION**.

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*Generated by Antigravity CLI - 2026-05-03*