>[!warning] >This content has not been peer reviewed. # How to read this vault This vault is a **relational web**: notes are nodes, links are edges. There is no single "page 1". You move by concept and interest, not in a fixed order. --- ## What you are reading - **Not a paper.** A paper has one narrative, one sequence of sections. Here, the same ideas appear in many notes, each linked to others. The **graph** is the structure; no single note contains everything. - **Not a wiki in the loose sense.** Notes are written to fit one purpose (e.g. "this axiom", "this application", "this script"). Links express **dependencies and relations**: RST cites RRT, applications cite RST and foundations, Code notes cite the engine and the application note. - **Theory + mappings + engine + applications.** The top level is **RRT** (axioms). Below that, **RST** (physical theory). A **foundation** layer maps classical maths and physics into RRT/RST. The **engine** (Pure Axiom Substrate for derivation; Reality Engine for fidelity applications) implements RST in code. **Applications** apply RST to concrete problems (Millennium, biology, cosmology, etc.). See **[[Overview — RRT, RST, and applications]]** for the structure. --- ## The 5-Part Reading Pipeline (Axioms → Derivation → Verification) The vault is structured so a peer reviewer encounters **theory first, derivation second, empirical confirmation last**. SPARC telescope data is the **empirical triumphant proof** of the derivation — not its foundation. | Part | Content | Where to go | |:---|:---|:---| | **1. Foundational Axioms** | Axioms A1–A5, Pure Axiom Substrate specification | **[[Relational Resolution Theory (RRT)]]**, [[Axiom A1 - Bandwidth]], [[Axiom A2 - Workload]], [[Axiom A3 - Environment]], [[Axiom A4 - Events]], [[Axiom A5 - Distance]], **[[further applications/Micro-Graph Generator/Micro-Graph Generator (RST)]]** | | **2. Cosmogenesis & Thermodynamics** | Hot Genesis (p=1.0 Complete Graph), Relational Cooling, FSS deriving $n \approx 1.24$, Emergence of 3D space $D_f \approx 1.86$ | **[[expanded theory applied/Derivation Chain Overview]]**, **[[further applications/Cosmic Visualizer (RST)/Cosmic Visualizer (RST)]]** | | **3. The Sovereign Chain (Geometric Derivations)** | Deriving the 10 Standard Model constants from $n \approx 1.24$, $\alpha_s$ from Gravity–QCD mirror, proton mass ($m_p/m_e$) from $d_B \approx 1.22$ | **[[expanded theory/The Sovereign Chain]]**, **[[expanded theory/Relational Substrate Theory (RST)]]** | | **4. Empirical Verifications** | SPARC galaxy rotation curves confirming $n = 1.25 \pm 0.05$; JWST $z=2$ prediction (Gate 1) | **[[expanded theory/sparc evaluation/SPARC evaluation - Code]]**, **[[expanded theory/RST Baseline 1.0]]** (Gate 1) | | **5. Mesoscopic Physics** | Topological Liquid Drop Model, Relational Nucleosynthesis, Periodic Table | **[[expanded theory/knowledge/Relational Liquid Drop Model]]**, **[[further applications/Periodic Table (RST)/Periodic Table (RST)]]** | **Rationale:** If you follow this order, you see: (1) five basic rules → (2) those rules build a universe and output $n \approx 1.24$ → (3) that number generates the mass of the Z boson → (4) SPARC confirms the exact number our topological graph derived. The telescopes prove the theory; they do not found it. --- ## Ways to read **Recommended first read (5-part pipeline):** Start at **[[Overview — RRT, RST, and applications]]**, then follow Parts 1–5 above in order. End at **[[Entry paper — RRT, RST, and applications]]** for the single linear entry paper. **1. Top-down (theory first)** **[[Overview — RRT, RST, and applications]]** → **[[Relational Resolution Theory (RRT)]]** → **[[expanded theory applied/Derivation Chain Overview]]** (Pure Axiom, cosmogenesis) → **[[Graph Size Hierarchy (RST)]]** (forces → matter → cosmology from $K_N$) → **[[expanded theory/The Sovereign Chain]]** → **[[expanded theory applied/foundation/Foundation index]]** → **[[expanded theory applied/further applications/Further applications index]]** or **[[expanded theory applied/Applications Roadmap]]**. You see axioms, derivation, graph hierarchy, then applications. **2. Graph-first** Start at **[[Graph Size Hierarchy (RST)]]** to see forces → matter → chemistry → cosmology from $K_N$, then follow links to [[The Sovereign Chain]], [[Derivation Chain Overview]], and applications. **3. By topic (problem first)** Go to **[[expanded theory applied/Applications Roadmap]]** or the **Foundation** / **Further applications** index. Open the note for the topic you care about (e.g. Navier–Stokes, BSD, homeostasis). From there, follow links **up** to RST and RRT, or **across** to related applications and foundations. **4. Backlinks** In Obsidian, use **backlinks** (or "Linked mentions") to see which notes point to the one you are in. That shows how a concept is used elsewhere in the vault. **5. Graph view** Use the **graph** to see how notes connect. Central nodes (e.g. RST, Resource Triangle, Applications Roadmap) have many links; application notes sit at the edges, linked to theory and to their Code/Results notes. --- ## Conventions - **Application note** — States the classical problem and the RST reframe (which axioms, which equations). Often ends with a link to a Code note and Results note. - **Code note** — Describes a Python script: what it does, how it uses the engine, what it outputs. Does **not** contain the raw `.py` file (Obsidian Publish does not serve those). The script lives in the **[repository](https://codeberg.org/ChristophTripstoph/RRT_RRS)**; the note explains it and how to run it. - **Results note** — Summarises what a script produced (figures, tables). May embed an image (e.g. ``). Images are generated by running the script in the repo. - **Foundation note** — Maps one discipline (e.g. information theory, measure theory) onto RRT/RST: which axioms, which symbols, why it matters for applications. --- ## Code and figures - **Python** lives in the **repository** (workspace root), not in the published vault. The vault **describes** the code and points to where it lives and how to run it (see **[[Overview — RRT, RST, and applications]]** §5 and **[[expanded theory applied/How we do applications]]**). - **Figures** (e.g. the combined foundation image, application plots) are produced by running those scripts. The vault **references** them (e.g. `![[...all_foundation_results.png]]`). If an image is missing in Publish, it was not yet generated or not committed; run the relevant script in the repo to recreate it. --- ## Entry points | If you want to… | Start here | |:---|:---| | See the big picture / 5-part pipeline | **[[Overview — RRT, RST, and applications]]** | | See the RST theory structure at a glance | **[[RST Theory Map]]** | | Follow the derivation chain (axioms → n, d_B → Sovereign Chain) | **[[expanded theory applied/Derivation Chain Overview]]** | | Read the axioms (Part 1) | **[[Relational Resolution Theory (RRT)]]** or per-axiom: [[Axiom A1 - Bandwidth]], [[Axiom A2 - Workload]], [[Axiom A3 - Environment]], [[Axiom A4 - Events]], [[Axiom A5 - Distance]] | | Cosmogenesis & n derived (Part 2) | **[[expanded theory applied/Derivation Chain Overview]]**, **[[further applications/Cosmic Visualizer (RST)/Cosmic Visualizer (RST)]]** | | Sovereign Chain — 10 SM constants (Part 3) | **[[expanded theory/The Sovereign Chain]]** | | Empirical verification — SPARC, Gate 1 (Part 4) | **[[expanded theory/sparc evaluation/SPARC evaluation - Code]]**, **[[expanded theory/RST Baseline 1.0]]** | | Mesoscopic physics — Liquid Drop, Periodic Table (Part 5) | **[[expanded theory/knowledge/Relational Liquid Drop Model]]**, **[[further applications/Periodic Table (RST)/Periodic Table (RST)]]** | | Read the physical theory | **[[expanded theory/Relational Substrate Theory (RST)]]** | | See all applications | **[[expanded theory applied/Applications Roadmap]]** | | See foundation mappings | **[[expanded theory applied/foundation/Foundation index]]** | | See the engines (Pure Axiom Substrate, Reality Engine) | **[[expanded theory applied/Derivation Chain Overview]]**, **[[further applications/Reality Engine/Reality Engine (RST)]]** | | Understand how code and notes fit together | **[[expanded theory applied/How we do applications]]** | | Understand graph-size unification (forces → matter → chemistry → cosmology) | **[[Graph Size Hierarchy (RST)]]** |