Magne

Introducing Magne. The world’s first Level 2 quantum computer. Offering all-to-all connectivity at scale, it’s capable of operating in both physical and logical modes to explore and implement error correction and arrive at improved results.

Logical Qubits˜ 50
Physical Qubits1,200 +
ConnectivityAll-to-all
AvailabilityEarly 2027

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The Hardware

A NEW
 DEFINITON
 OF POWERFUL

Magne utilises a neutral-atom array to orchestrate stable logical qubits. This architecture delivers the high-fidelity performance necessary for Level 2 computation and rigorous industrial and scientific benchmarking.

Architectural transparency

The system performs seamless real-time error correction, yielding roughly 50 logical qubits based on 1200+ physical qubits.

All-to-all connectivity

Wireless optical tweezers allow every qubit to interact with any other in the array. This reduces gate-count overhead and enables more efficient, complex algorithms.

Scalable precision

Identical, uncharged neutral atoms allow for dense packing without the wiring constraints of traditional architectures. This ensures Magne serves as a future-proof sandbox for benchmarking.

The Software

Full-Stack
 Integration

Co-engineered with Microsoft Azure, Magne removes the technical friction between development and deployment. This provides a stable environment to transition algorithms from theoretical design to real-world execution.

Quantum Operating System

A dedicated OS manages the
 error-correction codes. This allows our users to
 interact with stable logical qubits and focus purely on algorithm performance.

Optimized
 Compiler

Tailored for neutral-atom gate sets, the compiler ensures efficient circuit translation. This enables the exploration of deeper circuits with higher fidelity.

Flagship Quantum Research Projects

Who will use Magne first?

We are currently evaluating applicants for our Quantum Flagship programme, which grants early access to Magne and up to $250,000 in Azure credits to select teams.

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