Update README.md

README.md

@@ -1,42 +1,58 @@
-<<<<<<< HEAD
-# SYF-Minimal
+---
+license: mit
+tags:
+  - syf
+  - minimal
+  - reference
+  - deterministic
+  - cryptography
+  - invariant
+---
+
+# SYF‑Minimal
+
+Minimal, non‑canonical reference implementation of the Systemic Fire (SYF) invariant.
 
 ## Related Repositories
 
-- **SYF-Core** — Canonical law (immutable)  
+- **SYF‑Core — Canonical law (immutable)**  
   https://github.com/AnathemaOfficial/SYF-Core
 
-- **SYF-Lab** — Experimental and observational framework  
+- **SYF‑Lab — Experimental and observational framework**  
   https://github.com/AnathemaOfficial/SYF-Lab
 
-## Conformance Notes
-
-- **K** is provided by the caller; the canonical law does not define its value.
-- Inputs outside the allowed domain (**F ≥ 0**, **0 ≤ E ≤ 1**, **K > 0**) MUST be rejected (error/exception). No clamping.
-- Numerical tolerance, if any, is implementation-defined and must be documented by the implementation.
-- This repository is illustrative and non-production by design.
+## Status
 
-SYF-Minimal is a non-canonical, non-normative reference implementation designed to
-illustrate and test the invariant **R** defined in **SYFCORE**.
+- Non‑canonical  
+- Non‑normative  
+- Reference / verification only  
+- Not a machine learning model  
+- Not intended for deployment or inference  
 
-This repository does **not** define, modify, or extend the SYF law.
-Any discrepancy with SYFCORE must be treated as an implementation error.
+This repository does **not** define, modify, or extend the SYF law.  
+Any discrepancy with SYF‑Core must be treated as an implementation error.
 
 ## Purpose
 
-- Demonstrate deterministic computation of **R**
-- Provide test vectors and minimal reference code
-- Support external verification and blind testing
+- Demonstrate deterministic computation of the invariant  
+- Provide minimal reference code and test vectors  
+- Enable blind analysis and external verification  
 
 ## Law
 
-**R = (F × E) / K**
+\[
+R = \frac{F \times E}{K}
+\]
+
+### Constraints enforced by the reference implementations
 
-Constraints enforced by the reference implementations:
+- \(F \ge 0\)  
+- \(0 \le E \le 1\)  
+- \(K > 0\)  
 
-- F ≥ 0
-- 0 ≤ E ≤ 1
-- K > 0
+Inputs outside this domain **must be rejected** (error/exception).  
+No clamping.  
+Numerical tolerance, if any, is implementation‑defined.
 
 ## Layout
 
@@ -53,43 +69,7 @@ syf-minimal/
 └── TEST_VECTORS.md
 ```
 
-## Status
-
-Illustrative only. Non-canonical. Non-normative.
-
----
-=======
----
-license: mit
----
-# SYF-Minimal
-
-Minimal, non-canonical reference implementation of the **Systemic Fire (SYF)** invariant.
-
-## Status
-- Non-canonical
-- Non-normative
-- Reference / verification only
-- **Not a machine learning model**
-- Not intended for deployment or inference
-
-## Purpose
-This repository exists solely to:
-- Demonstrate deterministic computation of **R = (F × E) / K**
-- Provide minimal reference code and test vectors
-- Enable blind analysis and external verification
-
-It does **not** define the law.
-
-## Canonical Reference
-The canonical definition of SYF lives here:
-https://github.com/AnathemaOfficial/SYF-Core
-
-## Experimental Context
-Observational and experimental frameworks:
-https://github.com/AnathemaOfficial/SYF-Lab
+## Machine‑Facing Only
 
-## Machine World Only
-This project is machine-facing only.  
-No governance. No optimization. No feedback.
->>>>>>> hf/main
+This project is intended for machines, not humans.  
+No governance. No optimization. No feedback.