FreeUniverseSplitter.com
MCP Server
Add to Claude Desktop
To use this MCP server in Claude Desktop, follow the remote MCP server setup guide using the URL: https://freeuniversesplitter.com/mcp
ChatGPT Integration
You can also use the quantum decision-making tools in ChatGPT through our custom GPT: FreeUniverseSplitter.com GPT
About
The Free Universe Splitter provides a Model Context Protocol (MCP) server that integrates quantum decision-making tools directly into Claude Code and other MCP-compatible applications.
Available Tools
quantum_choice
Split the universe and collapse infinite possibilities into one definitive choice using quad-source quantum randomness - because regular randomness is for peasants who don't understand the multiverse.
Parameters:
options
- Array of 2-20 string options to choose fromdescription
- Optional description of the choice being made
magic_8_ball
Get a quantum Magic 8-Ball response using true quantum randomness from multiple international sources.
Parameters:
question
- Optional question to ask the quantum 8-ball
quantum_number
Generate a truly random number within a specified range using quantum sources.
Parameters:
min
- Minimum value (default: 1)max
- Maximum value (default: 100)
coin_flip
Flip a quantum coin with true randomness from quantum measurements, splitting the universe into two branches.
quantum_iching
Generate a quantum I Ching hexagram reading using true quantum randomness, providing ancient wisdom through quantum mechanics.
Parameters:
question
- Optional question for the I Ching oracle
Quantum Sources
The MCP server uses the same quantum randomness sources as the main application:
- Australian National University
- CURBy (NIST + University of Colorado)
- Brazilian INMETRO Beacon
- German LfD Laboratory
- NIST Randomness Beacon
- Random.org
- Cloudflare Web Crypto
Integration
The MCP server can be integrated into any MCP-compatible application. It provides quantum decision making tools that maintain the same philosophical foundation as the main universe splitter application.
Each tool response includes references to the Many Worlds interpretation and explains how the quantum randomness creates universal branching, ensuring users understand the profound implications of their quantum-assisted decisions.