MCP Qiskit

Install

Works with Claude Code, Codex, VS Code, Cursor, Windsurf, Claude Desktop. Read the repository before you give any tool access to your data.

npx agentmarket install connector/daedalus-mcp-qiskit

About

No reviews yet. Installed it? Reviews come from verified installers only. How reviews work

Permissions

What this server can do and what it asks for, from its tool list and install config. Checked Oct 25, 2026.

Tools

6 read · 6 write · 0 delete · 2 not yet classified

Secrets

None asked for

Install scripts

Not scanned yet

Runs as

Python package

Tools (14)

Read from the source code; the running server may differ. Descriptions are the server’s own words; hidden characters are shown as [U+…].

• add_gate_tool

  Add a quantum gate to a circuit. This tool maintains circuit state between calls. Pass the circuit returned by previous calls to append new gates. If no circuit is provided, a new 8-qubit circuit with 8 classical bits is created automatically. Args: circuit: Dictionary representation of the quantum circuit. If None, creates a new circuit with 8 qubits and 8 classical bits. gate_name: Name of the gate to add (e.g., 'h', 'x', 'cx', 'rz', 'u'). qubits: List of qubit indices to apply the gate to. Can be a single qubit (e.g., [0]) or multiple qubits (e.g., [0, 1, 2, 3]…

• add_gates_tool

  Add multiple quantum gates to a circuit in a single call. This tool maintains circuit state between calls and allows batch insertion of gates, reducing the number of tool calls needed to build a circuit. Args: circuit: Dictionary representation of the quantum circuit. If None, creates a new circuit with 8 qubits and 8 classical bits. gates: List of gate specifications, each containing: - gate (str): Name of the gate (e.g., 'h', 'x', 'cx', 'rz'). - qubits (list[int]): List of qubit indices to apply the gate to. - params (list[float], optional): Paramete…

• add_measurement_tool

  Add measurement operations to a circuit. This tool maintains circuit state between calls. Pass the circuit returned by previous calls to append measurements. If no circuit is provided, a new 8-qubit circuit with 8 classical bits is created automatically. Args: circuit: Dictionary representation of the quantum circuit. If None, creates a new circuit with 8 qubits and 8 classical bits. qubits: List of qubit indices to measure. clbits: List of classical bit indices to store results. Returns: Updated dictionary representation of the quantum circuit. Always include this …

• create_quantum_circuit_tool

  Create an empty quantum circuit. Args: num_qubits: Number of quantum bits in the circuit. num_classical_bits: Number of classical bits for measurements. Returns: Dictionary representation of the created quantum circuit. Example: >>> create_quantum_circuit_tool(2, 2) {"num_qubits": 2, "num_clbits": 2, "operations": [], "name": "circuit"}

• draw_circuit_tool

  Draw a quantum circuit. Args: circuit: Dictionary representation of the quantum circuit. output_format: Format for output ('ascii', 'text', 'mpl', 'latex'). Returns: String representation of the circuit diagram. Example: >>> circuit = create_quantum_circuit_tool(2, 2) >>> circuit = add_gate_tool(circuit, 'h', [0]) >>> circuit = add_gate_tool(circuit, 'cx', [0, 1]) >>> circuit = add_measurement_tool(circuit, [0, 1]) >>> draw = draw_circuit_tool(circuit, 'ascii')

• get_backend_configuration_tool

  Get detailed configuration of a quantum backend. Args: backend_name: Name of the backend. Returns: Dictionary containing detailed backend configuration. Example: >>> config = get_backend_configuration_tool('aer_simulator')

• get_backend_status_tool

  Get the status of a specific quantum backend. Args: backend_name: Name of the backend. Returns: Dictionary containing backend status information. Example: >>> status = get_backend_status_tool('aer_simulator')

• get_circuit_depth_tool

  Get the depth of a quantum circuit. Args: circuit: Dictionary representation of the quantum circuit. Returns: Depth of the circuit (number of layers in the longest path). Example: >>> circuit = create_quantum_circuit_tool(2, 0) >>> circuit = add_gate_tool(circuit, 'h', [0]) >>> circuit = add_gate_tool(circuit, 'cx', [0, 1]) >>> get_circuit_depth_tool(circuit) 2

• get_gate_definition_tool

  Get the definition of a quantum gate. Args: gate_name: Name of the quantum gate. Returns: Dictionary containing gate definition and parameters. Example: >>> gate_def = get_gate_definition_tool('h') >>> 'name' in gate_def True

• list_available_gates_tool

  List all available quantum gates in Qiskit. Returns: List of gate names available in Qiskit. Example: >>> gates = list_available_gates_tool() >>> 'h' in gates True

• list_backends_tool

  List available quantum backends. Args: filters: Optional dictionary of filters (e.g., {'status': 'ONLINE'}). Returns: List of backend information dictionaries. Example: >>> backends = list_backends_tool()

• run_circuit_tool

  Execute a quantum circuit on a backend. Args: circuit: Dictionary representation of the quantum circuit. backend_name: Name of the backend to execute on. shots: Number of measurement shots. seed: Optional seed for reproducibility. Returns: Dictionary containing execution results. Example: >>> circuit = create_quantum_circuit_tool(2, 2) >>> circuit = add_gate_tool(circuit, 'h', [0]) >>> circuit = add_gate_tool(circuit, 'cx', [0, 1]) >>> circuit = add_measurement_tool(circuit, [0, 1]) >>> result = run_circuit_tool(circuit)

• run_circuits_tool

  Execute multiple quantum circuits on a backend. Args: circuits: List of dictionary representations of quantum circuits. backend_name: Name of the backend to execute on. shots: Number of measurement shots. seed: Optional seed for reproducibility. Returns: List of result dictionaries. Example: >>> circuits = [create_quantum_circuit_tool(2, 2) for _ in range(3)] >>> results = run_circuits_tool(circuits)

• transpile_circuit_tool

  Transpile a quantum circuit. Args: circuit: Dictionary representation of the quantum circuit. optimization_level: Optimization level (0-3). basis_gates: Optional list of basis gates to target. Returns: Transpiled circuit dictionary. Example: >>> circuit = create_quantum_circuit_tool(2, 0) >>> circuit = add_gate_tool(circuit, 'h', [0]) >>> transpiled = transpile_circuit_tool(circuit)

Signals

Stars

0

Forks

0

Open issues

0

Weekly downloads

38

Last commit

May 3, 2026 (5 months ago)

Last release

Apr 6, 2026 (6 months ago)

Last package publish

Apr 6, 2026 (6 months ago)

From GitHub (fetched Oct 24, 2026) and the package registry.

Details

Registry name

io.github.daedalus/mcp-qiskit

Version

0.1.1

Auth

No auth

Packages

pypi mcp-qiskit

License

MIT

Repository

github.com/daedalus/mcp-qiskit

First seen

Oct 24, 2026

Last checked

Oct 25, 2026

Source

Official MCP Registrygithub-graphql