Rabi MCP Server
๐งMCP Servermanasp21/rabi-mcp
|Provides quantum physics simulation tools for AI assistants, enabling real-time analysis of atomic systems, Rabi oscillations, Bose-Einstein condensates, absorption spectra, and cavity quantum electrodynamics
Overview
An MCP server providing atomic, molecular, and optical (AMO) physics simulation tools for AI assistants. Named after the Rabi oscillations fundamental to quantum optics, it offers 5 core tools for simulating quantum systems and analyzing AMO physics phenomena directly within Claude and other AI assistants.
Key Features
- Two-Level Atom & Rabi Oscillations โ Simulates quantum dynamics of two-level atomic systems with real-time population dynamics, and analyzes coherent oscillations between energy levels with on/off-resonance behavior
- Bose-Einstein Condensate Simulation โ Models basic BEC dynamics using a simplified Gross-Pitaevskii equation with particle interactions, quantum statistics, and characteristic length/energy analysis
- Absorption Spectrum & Cavity QED โ Calculates spectral lines with natural and Doppler broadening (Lorentzian/Gaussian profiles), and simulates atom-photon coupling using the Jaynes-Cummings model in strong and weak coupling regimes
- Multiple Deployment Options โ Available via Smithery cloud deployment, manual local installation, or Docker container
Who is this for?
Physicists, physics students, and researchers working in atomic, molecular, and optical physics who want to run quick quantum simulations within their AI assistant. Useful for those who need on-the-fly calculations of quantum dynamics without setting up a full simulation environment.