>[!warning] >This content has not been peer reviewed. # Material layer — Results Outputs from the **unified chain** script: one table and one figure connecting materials and scale levels (Planck → molecule) with the same RST equations and one layer-to-layer translation rule. ## Unified run The script `../Reality Engine/rst_reality_engine_unified_chain.py` (invoked via `python run_reality_engine.py unified` or standalone) produces: - **reality_engine_unified_chain.csv** — one row per part/scale: part, L (m), η, I, N, Ω, W, μ, eta_source. - **reality_engine_unified_chain.png** — μ (fidelity) vs \(\log_{10}(L)\) with part labels; one curve connecting all scales. The figure is written to the Reality Engine folder (or config `output_dir`). Inline below (path relative to Reality Engine folder):  ## What the figure shows **Unified run:** One allocation equation (\(I = \Omega \cdot \mu\)) and one translation rule (\(\eta_{j+1}\) from \(\eta_j\) and scale ratio) produce a single fidelity curve across parts/scales (planck → quark → hadron → atom → molecule). This connects materials and levels in a single framework — the same RST equations apply at every scale; the chain is explicit in the CSV (eta_source column). ## Links - **Application:** [[Material layer (RST)]] - **Code:** [[Material layer - Code]] - **Reality Engine Results:** [[../Reality Engine/Reality Engine Results]]