Washington put $400M into four quantum companies — and took equity in three of them
D-Wave, Rigetti and Quantinuum each finalized $100M CHIPS Act agreements with the Commerce Department on 8 September, with the federal government taking a minority, non-controlling equity stake as a condition. PsiQuantum signed for $100M separately. Every project is about manufacturing — traps, cryostats, detectors, packaging — not algorithms.
D-Wave Quantum, Rigetti Computing and Quantinuum each finalized definitive agreements with the US Department of Commerce on 8 September 2026 for $100M apiece under the CHIPS and Science Act, with the federal government taking a minority, non-controlling equity stake in each as a condition of the grant. PsiQuantum separately signed definitive documentation for a $100M award. The stated work is hardware manufacturing: D-Wave toward a 100,000-qubit annealer and a 10,000-qubit gate machine carrying 100 logical qubits; Rigetti on miniaturised readout electronics, a new cryostat architecture and high-connectivity chip fabrication; Quantinuum on 300 mm ion-trap wafers with GlobalFoundries and laser and optical components with Monarch Quantum; PsiQuantum on optical switches, high-temperature single-photon detectors and advanced packaging. The tracker records the awards.
Why it matters
The equity condition is the part worth pausing on. CHIPS money has gone out as grants and loans; taking a stake makes the government a shareholder in companies whose main customers include the government. That is a different relationship from a subsidy, and it is being established in a sector where no one yet sells a product that clears a commercial hurdle on its own. Whether it is prudent stewardship or a conflict depends on questions the agreements have not answered publicly — what triggers a sale of the stake, and whether procurement decisions now sit alongside a portfolio interest.
The second thing is what the money is for. None of the four projects is about better algorithms or higher benchmark scores. They are ion traps on 300 mm wafers, cryostat architecture, single-photon detectors, packaging — supply-chain work. Read together with the $100M-scale sums (small against a fab, large against these companies' revenue), it reads as an industrial policy that has concluded the bottleneck in quantum is manufacturing capacity, not physics. That is a defensible conclusion and a notable one, because the sector's own marketing has spent years pointing at qubit counts instead.
Four awards landing on the same day across annealing, superconducting, trapped-ion and photonic architectures also says Commerce is not picking a modality. Given that no one can yet say which one wins, spreading the bet is the honest posture — and it means the awards are not a verdict on any company's technology.
What to watch
The terms governing the equity stakes, whether any of the four hits a milestone the award was structured around, and whether a fifth award goes to a neutral-atom company.
Who's involved
Quantum-annealing pioneer (5,000+ qubit systems); now also building gate-model hardware.
Superconducting-qubit maker with its own chip foundry; publicly listed.
Honeywell-backed trapped-ion leader (Honeywell QS + Cambridge Quantum); Helios system. Went public on Nasdaq (QNT) in June 2026, raising $1.68B at a ~$15.7B market value — the quantum industry's first mega-IPO.
Silicon-photonic quantum computing aiming directly at a million-qubit, fault-tolerant machine.
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