Post
63
Update to my Quantum Information Agent 🔬: it’s now an MCP server.
In my last post I introduced the agent: you ask in plain English, and tested physics tools do every calculation. https://huggingface.co/posts/animesh1986/853410084524560
Now the same 32 tools can be called directly from Claude, Cursor or your own agent: polarization-entangled photon states, local and global noise channels, Lindblad evolution, wave plates, maximum-likelihood tomography with error bars, certification of entanglement, steering and CHSH violation, and plots that come back as images.
1. No language model runs on the server, so every number comes from tested NumPy/SciPy code (now 678 tests and 30 analytic checks).
2. Each client gets its own session of stored states.
3. The Chat and Workbench tabs work as before.
Try it in Claude: add the MCP address below as a custom connector and ask “Make a Werner state with p = 0.8 and certify its entanglement”. Claude creates the state, runs the certification on the Space and explains the result. The picture shows that answer.
🔌 MCP address: https://animesh1986-quantum-information-agent.hf.space/gradio_api/mcp/
🔗 Demo: animesh1986/quantum-information-agent (setup for Claude and Cursor is under “Use these tools from your own agent”)
💻 Code and tests: https://github.com/animeshQKD/quantum-information-agent
In my last post I introduced the agent: you ask in plain English, and tested physics tools do every calculation. https://huggingface.co/posts/animesh1986/853410084524560
Now the same 32 tools can be called directly from Claude, Cursor or your own agent: polarization-entangled photon states, local and global noise channels, Lindblad evolution, wave plates, maximum-likelihood tomography with error bars, certification of entanglement, steering and CHSH violation, and plots that come back as images.
1. No language model runs on the server, so every number comes from tested NumPy/SciPy code (now 678 tests and 30 analytic checks).
2. Each client gets its own session of stored states.
3. The Chat and Workbench tabs work as before.
Try it in Claude: add the MCP address below as a custom connector and ask “Make a Werner state with p = 0.8 and certify its entanglement”. Claude creates the state, runs the certification on the Space and explains the result. The picture shows that answer.
🔌 MCP address: https://animesh1986-quantum-information-agent.hf.space/gradio_api/mcp/
🔗 Demo: animesh1986/quantum-information-agent (setup for Claude and Cursor is under “Use these tools from your own agent”)
💻 Code and tests: https://github.com/animeshQKD/quantum-information-agent