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Connect AI assistants to a quantum cloud platform via Qiskit 2.0.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "GJQ Runtime MCP Server" yet — see the docs or source repo.
Connect to the GJQ Runtime MCP Server and list the currently available devices on the CETC-ICQ quantum cloud platform, including each device name.
A list of available devices to help choose a target for circuit execution.
Use the GJQ Runtime MCP Server to submit a quantum circuit to the CETC-ICQ quantum cloud platform and return the job information.
A submission result indicating the job was created, along with its job identifier.
Use the GJQ Runtime MCP Server to check the current status of a specific quantum job and tell me whether it has completed.
The current job status, helping the user track execution progress.
Developers or researchers can use this MCP server from an AI assistant to handle account management, device queries, and job management without switching between multiple interfaces. It fits conversational quantum computing workflows.
After creating quantum circuits with Qiskit 2.0, users can submit them to the CETC-ICQ quantum cloud platform and continuously track job status through this tool. It is useful for automating experiment execution and monitoring.
Students and researchers can review the platform's device list before deciding where to submit a circuit. This helps them quickly understand available resources before teaching demos or research experiments.
It is an MCP server that lets AI assistants interact with the CETC-ICQ quantum cloud platform through the gjq-client Qiskit 2.0 SDK. Based on the provided information, it supports account management, device listing, circuit submission, and job management.
From the description, it relies on the gjq-client and the Qiskit 2.0 SDK and is designed for the CETC-ICQ quantum cloud platform. More specific installation steps, runtime requirements, or authentication details are not provided here; see the source repository.
Its capabilities are focused on interacting with a quantum cloud platform rather than executing general-purpose code. Its core value is exposing quantum workflow actions like account handling, device access, circuit submission, and job management to AI assistants.
Build and run quantum circuits with Qiskit through MCP.
Query and compare real-time IBM Quantum hardware status and performance data.
Turn natural language into quantum circuits and run them on IBM Quantum.
Control quantum lab instruments and measurement systems via QCodes and JupyterLab.
Submit OpenQASM quantum jobs, monitor execution, and retrieve result histograms.
List, review, and update Quantum customer demos from Claude Code.