Cold atoms in optical tweezers
Laser cooling and dynamically reconfigurable optical tweezer arrays give rapid, high-fidelity loading of large qubit registers and extended coherence times.
Neutral-atom platform
Solutions · Quantum Computing
Quantum Computing
A neutral-atom platform built on laser cooling and reconfigurable optical tweezer arrays, with an AI-assisted error-correction decoder designed alongside it.
50+ physical qubitsNative Rydberg gatesAI decoder
The problem
Noisy qubits limit quantum computing
Qubits, the fundamental units of quantum computers, are inherently noisy. Without quantum error correction, large-scale quantum computation is impossible.
Efficient error correction needs both a well-designed code and a powerful decoder: the algorithm that interprets erroneous data to identify and correct errors. Decoding remains a key bottleneck.
Errors appear on single atoms. Grouped into logical qubits, they are caught and corrected, and the information survives.
Our approach
Atoms, gates and an AI decoder
Rydberg two-qubit gates
Native support for high-performance Rydberg-mediated two-qubit gates, on the 50+ physical-qubit platform we launched in May 2026.
Achieved · May 2026
AI-assisted error correction
A machine-learning decoder that is code-agnostic and noise-aware, coupled with the neutral-atom control stack in a low-latency, syndrome-guided feedback loop.
Benchmarked with NVIDIA CUDA-Q QEC
Explore
Go deeper
Cold Atom Quantum Computer
Hardware · Neutral atoms
The platform in detail: laser-cooled atoms, optical tweezer arrays and Rydberg gates, from cooling to readout.
50+ physical qubits · platform launched May 2026
Error Correction
AI decoder · QEC
A machine-learning universal decoder that estimates and refines errors with neural-network techniques, built to generalise across codes and hardware.
Benchmarked with NVIDIA CUDA-Q QEC
Roadmap
From today to fault tolerance
Where the platform stands and the targets we are working toward, from 50+ physical qubits to full fault-tolerant scale-up.
2026 achieved · 2027, 2029 and 2030 targets
Inside our lab
Where the atoms are cooled
Our vacuum system on the optical table, photographed in the lab.
Build the next milestone with us
Hardware teams, labs and partners: tell us where you are on your own path.
Talk to the team