Key Highlights
- D-Wave Quantum received $1.6 million in funding from the National Science Foundation via its National Quantum Virtual Laboratory initiative.
- The grant advances D-Wave’s participation in the ERASE project, dedicated to developing fault-tolerant quantum computing systems.
- Over 24 organizations, including IonQ, Nvidia, and Quantinuum, participate in various NSF-funded quantum technology programs.
- QBTS shares have declined 8.9% year-to-date in 2026 following a 211% surge throughout 2025, contrasting with competitor performance.
- The company is expanding its strategic focus to include gate-model computing beyond its established quantum annealing platform.
D-Wave Quantum has received additional federal backing for its quantum computing initiatives. The quantum technology firm revealed Tuesday that it secured a $1.6 million grant from the National Science Foundation.
The funding flows through the NSF’s National Quantum Virtual Laboratory initiative, which connects academic researchers, commercial enterprises, and federal entities to advance quantum technology development and market readiness.
This grant strengthens D-Wave’s participation in the ERASE initiative—short for Erasure Qubits and Dynamic Circuits for Quantum Advantage.
The ERASE program works on establishing core infrastructure for fault-tolerant quantum computing systems. It earned recognition as one of six pilot programs selected by the NSF over a year ago.
The NSF recently allocated an additional $4 million last week to advance the project further. Simultaneously, the agency selected five research groups to engineer experimental quantum networking platforms.
Quantum networking represents a critical frontier for the sector. Industry experts consider it essential infrastructure for an eventual quantum internet.
Wide Industry Collaboration
D-Wave operates within a broader collaborative ecosystem. Over 24 corporations have joined these NSF-supported programs to accelerate technology maturation.
Participants include IonQ, Nvidia, and Quantinuum, the Honeywell-affiliated company that completed its public listing this month. Federal investment extends across multiple quantum computing players, not exclusively D-Wave.
This marks another chapter in D-Wave’s government engagement. The firm participated in a Commerce Department program last May, exchanging equity positions for federal capital alongside other quantum developers.
Last week, President Trump executed two executive orders designed to accelerate quantum system deployment. One directive targets delivery of a research-grade quantum computer by 2028. The companion order establishes a 2031 timeline for government-wide adoption of post-quantum cryptography standards.
Market Performance Diverges from Federal Support
The context surrounding this announcement matters significantly. D-Wave is currently transitioning toward gate-model computing architectures, diverging from the quantum annealing technology that established its market position.
QBTS shares have struggled in 2026, declining 8.9% year-to-date after soaring more than 211% throughout 2025. By comparison, IonQ has climbed 20% this year, while Rigetti Computing has dropped 12%.
D-Wave dominated performance metrics last year with its 211% gain, significantly outpacing IonQ’s 7.4% increase and Rigetti’s approximately 45% advance. This strong 2025 performance left limited upside potential for 2026.
IonQ’s superior 2026 performance reflects investor discrimination within the quantum sector. Market participants increasingly differentiate between companies demonstrating tangible revenue expansion versus those driven primarily by speculation.
D-Wave reported an 81% year-over-year revenue decline in its most recent quarter. CEO Alan Baratz acknowledged that financial results would remain “lumpy” due to the sporadic nature of quantum system purchases.
However, bookings have strengthened recently, which management interprets as evidence of expanding long-term order pipelines. During its latest investor presentation, D-Wave executives indicated that system sales were contributing more substantially to overall growth, complementing consistent revenue from its quantum-computing-as-a-service platform.
D-Wave CEO Alan Baratz addressed the grant announcement directly. “NSF’s continued support for the ERASE project highlights the national importance of accelerating progress toward scalable, fault-tolerant quantum computing,” he stated, noting that D-Wave’s dual-rail technology could contribute significantly to these objectives.
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