PostgreSQL Integration for Quantum-Spiritual Framework
Database Schema
Our PostgreSQL database (quantum_spiritual) has been set up with the following schema to support the framework:
Master Equation Components
Stores the variables in our Master Equation: χ = ∭(G·M·E·S·T·K·R·Q·F·C)dxdydt + U
| Field | Description |
|---|---|
| component_id | Primary key |
| symbol | Single character symbol (G, M, E, etc.) |
| name | Component name (Gravity, Motion, etc.) |
| description | Brief description |
| physical_interpretation | How this manifests in physical reality |
| spiritual_interpretation | Spiritual meaning and significance |
| mathematical_representation | Mathematical formulas related to this component |
Universal Laws
Stores the 10 Universal Laws that map physics to spiritual principles
| Field | Description |
|---|---|
| law_id | Primary key |
| law_number | Law number (1-10) |
| title | Law title |
| physical_principle | The physical principle (e.g., Universal Gravitation) |
| spiritual_principle | The spiritual principle (e.g., Sin’s Pull) |
| description | Detailed description |
| equation | Mathematical representation |
Component-Law Relationships
Maps how each Master Equation component relates to each Universal Law
| Field | Description |
|---|---|
| relationship_id | Primary key |
| component_id | Foreign key to master_equation_components |
| law_id | Foreign key to universal_laws |
| relationship_type | Type of relationship |
| relationship_strength | Numerical strength (0.00 - 1.00) |
| description | Description of the relationship |
Mathematical Models
Specific mathematical models derived from the framework
| Field | Description |
|---|---|
| model_id | Primary key |
| name | Model name |
| description | Description |
| equation | Mathematical representation |
| variables | Variables used |
| physical_interpretation | Physical meaning |
| spiritual_interpretation | Spiritual meaning |
| related_law_id | Foreign key to universal_laws |
Visualizations
Tracks visualizations created for the framework
| Field | Description |
|---|---|
| visualization_id | Primary key |
| title | Visualization title |
| description | Description |
| visualization_type | Type (chart, diagram, etc.) |
| color_scheme | Color scheme used |
| file_path | Path to visualization file |
| related_component_id | Foreign key to master_equation_components |
| related_law_id | Foreign key to universal_laws |
Research Questions
Open research questions related to the framework
| Field | Description |
|---|---|
| question_id | Primary key |
| question | The research question |
| status | Status (open, in progress, resolved) |
| related_component_id | Foreign key to master_equation_components |
| related_law_id | Foreign key to universal_laws |
| notes | Additional notes |
Accessing the Database
We’ve set up a Node.js bridge for easy interaction with the database:
- Navigate to
D:\Quantum-Spiritual-Framework\Vaults\Yellowkid Universal Laws SYNC\Claude Laws\PostgreSQL - Run
setup-bridge.batto install dependencies - Use the included commands:
# Get all Master Equation components
npm run components
# Get all Universal Laws
npm run laws
# Get component-law relationships
npm run relationships
# Run a custom query
node db-bridge.js custom-query "YOUR SQL QUERY" ./query_results/output_file.jsonIntegration with Obsidian
This database integration enables:
- Data-Driven Notes: Generate Obsidian notes based on database queries
- Consistency: Maintain mathematical consistency across the framework
- Relationship Tracking: Monitor how components connect across the framework
- Visualization Generation: Create visualizations based on quantitative data
Next Steps
- Complete data entry for all 10 Universal Laws
- Define the mathematical relationships between all components
- Create visualization scripts that pull from the database
- Build a system to automatically update Obsidian notes when the database changes
Technical Details
- Database: PostgreSQL 16.8 running in Docker
- Port: 2260 (mapped from 5432)
- Access: Through Node.js bridge (requires
pgpackage) - Integration: Files stored in
PostgreSQLdirectory
Ring 2 — Canonical Grounding
Ring 3 — Framework Connections
Canonical Hub: CANONICAL_INDEX