Qudi Integration
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Enables natural language control of qudi quantum photonics experiments through Claude Desktop.
About
This tool provides a robust Model Context Protocol (MCP) integration for qudi, a quantum photonics experimental framework. It empowers researchers and scientists to manage complex quantum experiments using natural language commands via Claude Desktop, streamlining interactions with hardware, ensuring safety protocols, and facilitating advanced data acquisition and optional plot extraction capabilities. It features a comprehensive safety system, instrument control, measurement execution, and direct LLM integration to enhance experimental efficiency and reliability.
Key Features
- Natural language command processing and LLM integration
- Multi-layered safety system with runlevels, parameter validation, and emergency stop
- Control and real-time monitoring of qudi instruments
- Execution of various quantum measurement protocols
- Optional advanced plot extraction and spectrum analysis
- 0 GitHub stars
Use Cases
- Controlling quantum photonics experiments using natural language commands via Claude Desktop.
- Automating and executing complex scientific measurements with integrated safety checks and simulated operation.
- Extracting and analyzing data points from scientific plots and graphs using advanced computer vision and mathematical techniques.
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