Atom Computing, Nu Quantum Team Up for 1,200-Qubit Photonic Quantum Scaling
Updated
Updated · eeNews Europe · Jun 22
Atom Computing, Nu Quantum Team Up for 1,200-Qubit Photonic Quantum Scaling
3 articles · Updated · eeNews Europe · Jun 22
Summary
A new MoU pairs Atom Computing’s neutral-atom machines with Nu Quantum’s photonic networking to link multiple quantum processing units into distributed systems aimed at utility-scale computing.
The collaboration will work on photonic network switches, qubit-photon entanglement and models for fault-tolerant distributed architectures—technologies the companies say are needed to scale beyond a single processor.
Atom brings neutral-atom systems with more than 1,200 qubits, while Cambridge-based Nu Quantum adds quantum networking hardware and fresh backing from a $60 million Series A round.
The companies say the modular approach could support photonically networked quantum computers at GigaQuOp scale and move the industry closer to commercially useful quantum systems.
As companies race to build a 'quantum internet', which approach will ultimately connect and dominate the future of computing?
With 10,000 qubits as the new target, which industry will be the first to be transformed by quantum power?
Will linking quantum computers solve the scaling problem, or does it create an even more complex set of challenges?
Scaling Quantum Computing: Atom Computing and Nu Quantum’s Strategic Alliance to Achieve GigaQuOp Utility via Distributed Photonic Networks
Overview
On June 22, 2026, Atom Computing and Nu Quantum announced a strategic alliance to address one of quantum computing’s biggest challenges: scaling beyond the limits of single processors. The industry’s early focus on building larger quantum machines ('scale-up') has hit physical and engineering barriers as qubit counts increase. Recognizing these limits, the partnership is shifting towards a 'scale-out' approach, networking multiple smaller quantum processors together. This collaboration aims to overcome fundamental hurdles, paving the way for practical, real-world quantum applications and moving the industry closer to unlocking the full potential of quantum technology.