Spinorio Lab | QuantGates

Develop

Start with the tools already in place

Work in JupyterLab with pre-installed quantum SDKs and scientific Python. Write code, explore a circuit and begin with local simulation in a familiar notebook environment.

Qiskit, Aer, IBM Runtime, PennyLane, Amazon Braket and pytket are included.

Explore the Lab environment

Spinorio LabNotebook

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FILESexperimentsbell_state.ipynbresearch_notes.md

NOTEBOOK CONTEXTCircuitsRuns & results

bell_state.ipynbPython 3

[1]:

from qiskit import QuantumCircuit
from qiskit_aer import AerSimulator

# Prepare and measure a Bell state
qc = QuantumCircuit(2, 2)
qc.h(0)
qc.cx(0, 1)
qc.measure([0, 1], [0, 1])

simulator = AerSimulator()
job = simulator.run(qc, shots=1024)

Circuit diagram

Local simulation with Qiskit Aer

Illustrative workspace. A Bell-state notebook and its circuit diagram.

Investigate

Keep the experiment connected to the code

Move from notebook activity to captured circuits, processing records, jobs and available results. Inspect the active notebook or explore connected work across your workspace.

Automatic capture currently follows supported Qiskit-family activity. SDK availability does not imply automatic tracking coverage.

Explore Quantum Workflow

Spinorio LabWorkflow

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WORKFLOWFollow the experiment

bell_state.ipynb

01

Circuit statePreserved input and notebook context

2 qubits

02

Execution recordLinked to the submitted circuit

Qiskit Aer

03

Execution evidenceInspect the available timing and run metadata

Context

CONNECTED RESEARCH CONTEXT

Notebook context, circuit history and execution records.

CircuitsCircuit processingJobs

Illustrative workflow. A circuit linked to its execution context and available evidence.

Prepare

Bring the target hardware into the workflow

Select a live IBM, saved or reference target. Inspect structural metrics, compare with a standard baseline and return the completed circuit to your notebook.

Compilation prepares the circuit. Submitting a hardware job is a separate step.

Explore Spinorio Compiler

Illustrative compilation view. A selected target and structural comparisons.

Build quantum experiments
in one workspace

Code, compile and investigate

Start with the tools already in place

Keep the experiment connected to the code

Bring the target hardware into the workflow

Begin with local simulation

Use your hardware access

Keep context for the next step

Get started with Spinorio Lab

New to Spinorio

Open your lab

Run a first experiment

Build quantum experiments in one workspace

Code, compile and investigate

Start with the tools already in place

Keep the experiment connected to the code

Bring the target hardware into the workflow

Begin with local simulation

Use your hardware access

Keep context for the next step

Get started with Spinorio Lab

New to Spinorio

Open your lab

Run a first experiment

Build quantum experiments
in one workspace