Welcome to the QAL Hardware Platform
Access and manage quantum hardware backends through the Quantum Application Lab (QAL).
Explore Available Hardware:
Discover the various quantum hardware backends available for your experiments and applications:
D-wave
D-Wave develops quantum annealing systems purpose-built for tackling large-scale optimization challenges. Their newest machines leverage thousands of superconducting qubits with improved connectivity and coherence, demonstrating practical maturity in real-world applications. Public access is available through the Leap Cloud Platform
IBM Quantum
IBM Quantum is a full-stack quantum computing provider. Access the world’s largest fleet of 100+ qubit quantum computers. IBM Quantum is developing gate-based superconducting-qubit processors. Accessing their machines can be done using the IBM Quantum Platform.
Pasqal
Pasqal develops Neutral-atom quantum computing. They use arrays of laser-trapped Rydberg atoms as qubits. These atoms can be arranged in highly reconfigurable geometries, enabling flexible problem encoding. Pasqal's machines can be accessed using Microsoft Azure.
IonQ
IonQ develops quantum computers that use trapped-ion qubits. They are marked for high fidelity, long coherence times, and all-to-all qubit connectivity, making them ideal for complex algorithms and scalable architectures. IonQ's machines can be accessed using Microsoft Azure.
Quantinuum
Quantinuum develops trapped-ion systems with high-fidelity and all‑to‑all connectivity. Users can access Quantinuum's machines using Microsoft Azure.
Rigetti Computing
Rigetti develops universal quantum processors, gate-model machines based on tunable superconducting qubits. System features and device characteristics include enhanced readout capabilities, a speedup in quantum processing times, fast gate times for multiple entangling gate families, rapid sampling via active register reset, and parametric control. Users can access Rigetti's machines using Microsoft Azure.