The platform for quantum R&D

Develop quantum circuits, optimize them for your target with AI-powered compilation, and keep your experiments connected. Build the knowledge to take your quantum research further.

Circular quantum circuit illustration connecting quantum gates, mathematical notation and applications.

BUILT AROUND YOUR RESEARCH

Quantum development, AI-powered compilation and automatic experiment tracking

Bring development, compilation and experiment tracking into the same working environment.

Spinorio Lab

Start with your notebook

A quantum-tuned development environment built on JupyterLab. Write Python, build quantum circuits, and run them on simulators or IBM quantum hardware using preinstalled quantum tools.

  • Qiskit, PennyLane, Braket and pytket in one environment
  • Automatic tracking of your quantum workflow
  • Compilation and experiment tracking alongside your work
Explore Spinorio Lab
bell_state.ipynb
NotebookPython 3
from qiskit import QuantumCircuit

qc = QuantumCircuit(2)
qc.h(0)
qc.cx(0, 1)
qc.measure_all()
Bell-state circuit
Develop and simulate in your workspace
Illustrative research view
QuantumClass workshop participants discussing notes and working together around a laptop.

QUANTUMCLASS

Begin your next stage of quantum learning

Explore the latest research and developments in quantum computing through structured lessons, hands-on assignments, and practical implementation.

Explore QuantumClass

A GLOBAL LEARNING COMMUNITY

Participants from universities
and organizations around the world

Selection 1 of universities and organizations represented by QuantGates participantsSelection 2 of universities and organizations represented by QuantGates participantsSelection 3 of universities and organizations represented by QuantGates participants

YOUR NEXT EXPERIMENT STARTS HERE

Bring your quantum ideas
into Spinorio Lab

Open your workspace and start building with quantum tools.

Try Spinorio Lab Find the right solution for your work