MCP server for Mathematical Universe - enabling Claude integration
npm install @uor-foundation/mcp-serverThis MCP (Model Context Protocol) server provides Claude with direct access to the Mathematical Universe, enabling exploration of the computational substrate where mathematics computes itself into existence.
``bash`
cd apps/mcp-server
npm install
npm run build
Add to your Claude configuration:
`json`
{
"mcpServers": {
"math-universe": {
"command": "node",
"args": ["/path/to/math-ts/apps/mcp-server/dist/index.js"]
}
}
}
#### analyze_number
Perform complete Mathematical Universe analysis on any number.
Parameters:
- number: The number to analyze (string or number)
Example:
``
analyze_number(77)
Returns field patterns, resonance, topology information, and denormalization artifacts.
#### find_primes
Discover prime numbers (computational atoms) in a range using field pattern analysis.
Parameters:
- start: Start of rangeend
- : End of rangelimit
- : Maximum primes to return (default: 100)
#### factorize
Decompose numbers into prime factors using field-based analysis.
Parameters:
- number: Number to factorize
Shows field reconstruction and denormalization artifacts from the factorization process.
#### explore_patterns
Discover patterns in number sequences.
Parameters:
- start: Starting numbercount
- : How many numbers to analyze (default: 20)pattern
- : Type of pattern to explore ("resonance", "fields", "stability", "lagrange")
#### resonance_landscape
Explore the multi-dimensional resonance landscape around a number.
Parameters:
- center: Center point for analysisradius
- : Radius of exploration (default: 10)dimensions
- : Dimensions to explore (["arithmetic", "field", "page"])
#### lagrange_navigation
Navigate through number space via Lagrange stability points.
Parameters:
- start: Starting positiontarget
- : Target positionmaxHops
- : Maximum navigation hops (default: 10)
#### field_archaeology
Excavate deep field patterns and denormalization artifacts.
Parameters:
- number: Number to excavatedepth
- : Excavation depth ("surface", "deep", "quantum")
#### universe_health
Check Mathematical Universe system health and consistency.
Parameters:
- checkType: Type of check ("quick", "full", "conservation")
- Numbers are programs: Each integer has an 8-dimensional field activation pattern
- Arithmetic is compilation: Operations create field interference and denormalization
- Primes are atoms: Prime numbers are computational atoms with low resonance
- Lagrange points: Stability wells at positions 0, 1, 48, 49, and every 48 numbers
`bashRun tests
npm test
Integration Example
When Claude has access to this MCP server, you can explore the Mathematical Universe:
`
Human: What makes 77 special in the Mathematical Universe?
``