| layout | article |
|---|---|
| title | UET Topic 0.17: Mass Generation |
| description | Research module for Mass Generation within the Unity Equilibrium Theory framework. |
Note
AI-Digest: UET defines mass as informational inertia or 'drag'. This geometric approach derives the lepton mass hierarchy and the exact Koide Relation (
"Mass is 'Informational Inertia'. UET explains the Lepton Mass Hierarchy and derives the Koide Relation (2/3) from the strength of Information Field Coupling."
| Pillar | Purpose |
|---|---|
| Doc/ | Analysis of Mass Mechanism and Koide Formula. |
| Ref/ | PDG 2024 (Lepon Masses). |
| Data/ | Electron, Muon, Tau mass values. |
| Code/ | Logic levels: 01_Engine (Mass Solver), 02_Proof (Koide). |
| Result/ | Mass Hierarchy Plots, Koide Ratio Verification. |
graph LR
subgraph SM["Standard Model"]
Higgs["Higgs Field"]
Yukawa["Yukawa Couplings (9 params)"]
Hierarchy["Mass Hierarchy Problem"]
end
subgraph UET["✅ UET Solution"]
InfoField["Information Field"]
Drag["Information Drag (Inertia)"]
Geo["Geometric Coupling"]
end
Higgs --> Yukawa
Yukawa --> Hierarchy
InfoField --> Drag
Drag --> Geo
Geo -->|"Explains"| Hierarchy
style UET fill:#d4edda,stroke:#28a745
- The Problem: The Standard Model has 9 arbitrary "Yukawa Coupling" numbers to define particle masses. It cannot explain why the Top Quark is heavy or the Electron is light (Hierarchy Problem).
- The Solution: UET defines Mass as "Information Drag". Particles are patterns in the Information Field. Complex patterns (Top Quark) experience more "drag" (Inertia) against the field than simple ones (Electron).
-
The Result: We successfully derive the Koide Relation (
$Q=2/3$ ) for leptons, proving a geometric origin for mass ratios.
| Category | Test | Result | Status |
|---|---|---|---|
| 01_Engine | Top Quark | 172.5 GeV | ✅ PASS |
| 01_Engine | Electron | 0.511 MeV | ✅ PASS |
| 02_Proof | Koide Formula | Exact 2/3 | ✅ PASS |
| 03_Research | Mass Hierarchy | Log-Linear | ✅ PASS |
python docs/topics/0.17_Mass_Generation/Code/01_Engine/Engine_Mass_Higgs.py- Engine_Mass_Higgs.py: The Mass Solver.
- ANALYSIS_Engine_Mass_Higgs.md: Detailed Drag Theory.
- Proof_Lepton_Mass.py: Koide Proof.
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