How do I install the quantum vibecoding mcp server?

This profile does not contain a verified copy-paste launch configuration. Follow the current project documentation to confirm the runtime, entry point, transport and authentication before registering it in your client.

What credentials does it need?

No required environment variable has been verified for this listing. Check the project’s current configuration instructions; a key shown as an example value is not an environment-variable name.

SSyncDev

Start a project

Quantum Vibecoding MCP Server

Run real quantum experiments on real quantum hardware via natural language. Three MCP servers in one PyPI package: Quantum Inspire Tuna-9

Local serverstdioPython

What is the Quantum Vibecoding MCP Server?

Run real quantum experiments on real quantum hardware via natural language. Three MCP servers in one PyPI package: Quantum Inspire Tuna-9 (superconducting qubits)

The short version

An open research initiative exploring AI-driven quantum computing research. We build autonomous agents that run quantum experiments across multiple hardware backends, replicate published papers, and benchmark LLM capabilities on quantum tasks.

More MCP options

Compare MCP servers by category, or browse hosted MCP servers if you prefer an endpoint over a local process.

Maintainer setup documentation.

Recorded tools

Check the linked publisher documentation and your connected client's tool list. Names and availability can vary with the server version and account permissions.

Tool	What it does
schema_version	always "1.0"
backend_qubits	qubit count of backend (null for emulators)
job_id	hardware job ID (null for emulator/local runs)
orchestrator.py	Pipeline coordinator
experiment_daemon.py	Queue -> submit -> analyze -> store results
benchmark_agent.py	LLM benchmark runner

Example prompts to try

“Use Quantum Vibecoding to schema version.”
“Use Quantum Vibecoding to backend qubits.”
“Use Quantum Vibecoding to job id.”

Frequently asked questions

Run real quantum experiments on real quantum hardware via natural language. Three MCP servers in one PyPI package: Quantum Inspire Tuna-9 (superconducting qubits) Confirm the tools offered by your installed version in the connected client. Tool availability and permissions depend on the server and account configuration.