$2B Quantum Computing Funding
On May 21, 2026, the U.S. Department of Commerce increased the global computing race by issuing letters of intent to offer $2.013 billion in federal incentives to nine leading quantum technology businesses. With CHIPS and Science Act support, this program intends to speed fault-tolerant, utility-scale quantum computer development for pharmaceutical discovery and national security.
The statement highlights a two-pronged approach: supporting a broad portfolio of seven specialized quantum computing startups while simultaneously building the foundational manufacturing infrastructure through quantum foundries. The government aims to address “the most consequential, unresolved engineering problems” to keep the US a leader in quantum innovation.
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IBM’s Anderon Foundry: The Billion-Dollar Anchor
The main focus of this government initiative is the anticipated $1 billion CHIPS funding for IBM to construct “Anderon,” the nation’s first pure-play quantum foundry. With its headquarters located in Albany, New York, Anderon will function as a stand-alone business supported by a $2 billion investment, which consists of $1 billion from the Department of Commerce and $1 billion from IBM in cash and intellectual property.
The goal of Anderon is to establish itself as the world’s center for the manufacture of 300-millimeter quantum wafers. The foundry hopes to establish a home ecosystem that guarantees the United States can produce most of the world’s quantum chips by offering wafer production for several quantum modalities, such as superconducting qubits and supporting electronics. The release stated, “This initiative represents one of the most significant commitments by the U.S. Government to date in quantum R&D,” putting the country at the forefront of a sector that is projected to provide $850 billion in economic value by 2040.
GlobalFoundries will get $375 million to construct a secure, multimodal domestic foundry. Unlike specialized facilities, this foundry is designed to accommodate a wide range of modalities, including superconducting, trapped-ion, photonic, topological, and silicon spin. Moving quantum computing from the experimental laboratory stage to large-scale, repeatable production requires this infrastructure.
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A Comprehensive Strategy for Quantum Innovation
In addition to infrastructure, the government is allocating around $638 million to seven businesses to address certain technological obstacles. According to Bill Frauenhofer, Executive Director of Semiconductor Investment and Innovation, the goal of this “portfolio approach” is to concurrently bolster American leadership in a number of modalities.
The $100 Million “Utility-Scale” Club
The Department of Commerce issued $100 million letters of intent (LOIs) with five significant companies outside the IBM foundry, each of which is following a different architectural route to fault-tolerant quantum computing:
Rigetti Computing is a Berkeley, California-based company that plans to utilize its $100 million prize to speed up the development of superconducting quantum computers. The funding, which includes government ownership, will address scaling challenges to get the company into “utility-scale” solutions. The 108-qubit Cepheus-1-108Q, the biggest multi-chip processor in the business, was recently deployed by Rigetti, which intends to use the additional funding to advance its own chiplet-based technology.
D-Wave Quantum: Known for its dual-platform strategy, the Palo Alto-based company was awarded a $100 million letter of intent to develop its gate-model and superconducting annealing technologies. The Department of Commerce will receive $100 million in common shares from D-Wave following completion of a special agreement. The money is intended to scale systems to a 10,000-qubit gate-model system that can handle 100 logical qubits and a 100,000-qubit annealing processor.
Atom Computing: Atom Computing secured $100 million to accelerate the development of fault-tolerant computers with a focus on neutral-atom technology. The business has already shown systems with more than 1,000 qubits utilizing optically trapped neutral atoms, and it is presently building the first commercial quantum computer with logical qubits.
Infleqtion: Infleqtion (previously ColdQuanta), another company in neutral-atom systems, agreed to a $100 million milestone-based investment deal. A 15% discount on government-issued common shares is included in this investment. In partnership with NVIDIA, Infleqtion has already proven materials science applications and is presently aiming for a roadmap of 30 logical qubits by 2026.
PsiQuantum: PsiQuantum’s $100 million LOI will assist the nation in producing crucial components for high-performance optical switches, such as barium titanate (BTO), with a focus on silicon photonics. At the Illinois Quantum and Microelectronics Park, PsiQuantum is constructing the biggest quantum infrastructure project in the United States in collaboration with GlobalFoundries.
Specialized Scaling: Quantinuum and Diraq
While the $100 million rewards received the attention, the government also concentrated on specific technology approaches. A $38 million letter of intent was signed by Diraq to expand its “silicon spin” technology. Diraq wants to put millions of qubits on a single chip at a cost of less than $1 per physical qubit by utilizing current CMOS (semiconductor) manufacturing techniques.
Quantinuum: Quantinuum, a leader in trapped-ion quantum computing, also signed a letter of intent to overcome certain technical challenges. To improve the local supply chain for its high-fidelity QCCD architecture, Quantinuum intends to collaborate with onshore vendors such as Monarch Quantum and GlobalFoundries. This news follows Quantinuum’s recent IPO filing and high-profile partnerships with Synopsys and BP to address “computational walls” in industry.
Implications for Strategy and the Economy
Besides scientific development, this investment is crucial for economic sustainability and national security. Modern encryption might be broken by quantum computers, which could also create materials and optimize intricate energy systems. Howard Lutnick, Secretary of Commerce, highlighted that the present administration’s dedication to American innovation is based on these investments.
These strategic quantum technology investments will advance American quantum capabilities and build on our domestic industry, creating thousands of high-paying American jobs, Lutnick said.
A minority, non-controlling ownership share in each business will be given to the Department of Commerce as a condition of the funding to guarantee a return for the U.S. taxpayer. This arrangement makes it possible for the general public to profit from these technologies’ long-term economic success.
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The Future Path
The CHIPS Research and Development Office said that while this $2 billion investment is a significant accomplishment, it remains an ongoing project. To promote microelectronics technology in the US, the office is still accepting applications for more study, prototyping, and commercial solutions.
This federal investment gives American companies the money they need to move from prototype systems to utility-scale devices that can solve issues that are now unsolvable for conventional supercomputers, as the world competition for quantum advantage. The United States is preparing itself to dominate the “new era of American innovation” for decades to come by securing both the manufacturing foundries and the individual hardware inventors.
