A French quantum computing company, Pasqal, is in talks to raise €200 million in a round that would value it at more than $1 billion (pre-money), according to industry reports, it say that terms are still being finalised.
The timing matters. Quantum computing has never lacked ambition—breakthrough promises in drug discovery, logistics and cryptography have been around for years. What has stayed stubbornly hard is the engineering: building machines that can keep qubits stable long enough, and then scaling them up without the whole system becoming too fragile.
Why Pasqal believes its approach can scale
Pasqal is betting on neutral-atom qubits, atoms trapped using lasers, an approach the company says offers high accuracy, long-lasting coherence and flexible setups.
The company’s pitch, is that neutral-atom tech lets it arrange qubits with greater flexibility, which can make error correction and scaling more practical.
Pasqal is also positioning itself as more than a hardware shop: it offers both hardware and software, and is building “fully integrated processors and software” that blend quantum and classical computing.
The rivals it wants to outpace?
The raise is a part of a broader fight with well-known names in the sector, with competitors including IonQ, Rigetti, IBM and Oxford Quantum Circuits. Where Pasqal is trying to draw a line is on scale: the report says its edge is scaling beyond 1,000 qubits with atoms.
Who built Pasqal and what the money is meant to do
Pasqal was co-founded by Georges-Olivier Reymond and Antoine Browaeys, with the aim of turning neutral-atom tech into quantum computers that can “finally beat classical machines,”.
If the €200M round lands on the reported terms, Pasqal plans to use the capital to:
- scale up processors,
- boost its software, and
- run real-world pilots in pharma and logistics.
The bigger signal investors are sending
Even with the usual caveat, deals change, and this one isn’t final yet, this is the kind of funding conversation that signals confidence that quantum computing is moving from lab milestones to early deployment experiments.
Pasqal’s plan to pair scaling work with industry pilots is also a tell: the next few years may reward companies that can prove usefulness in messy, real conditions, not just in controlled demos.
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