The current round of U.S. quantum computing support policies combines R&D funding, government equity participation, and domestic manufacturing to seize leadership in the next generation of computing. GlobalFoundries (GFS), leveraging its specialty processes and manufacturing foundation, not only receives direct funding to advance quantum chip production but also stands to secure a significant position in the future industrial ecosystem through collaborations with funded quantum firms. For investors, the value of subsidies lies in reducing R&D financing constraints and enhancing commercialization visibility, yet long-term valuation still hinges on whether companies can build reliable systems and deliver tangible advantages over classical computing in economically valuable tasks.
U.S. chipmaker GlobalFoundries announced on Tuesday that it had signed a final agreement with the U.S. Department of Commerce’s CHIPS Act R&D office, securing $375 million in R&D funding to accelerate its Quantum Technology Solutions (QTS) business. The initiative aims to scale up U.S.-based semiconductor manufacturing for quantum computing and solidify the nation’s leadership in quantum technology. Around the same time, three leading U.S. quantum computing startups—Rigetti Computing (RGTI), D-Wave Quantum (QBTS), and Quantinuum (QNT)—also announced the signing of final agreements, collectively receiving $100 million to address key technical challenges in scaling superconducting quantum computers. Bolstered by the news, GlobalFoundries shares rose over 3% in early trading, while Rigetti and D-Wave each surged nearly 10%.
This round of U.S. fund allocation indicates that the government places particular emphasis on mastering the core manufacturing foundation of quantum computing. The previously announced total funding intent of $2.013 billion covers quantum chip manufacturing platforms and multiple developers, with the core goal of advancing quantum computing from the laboratory to fault-tolerant systems with practical value and establishing domestic manufacturing and supply chain capabilities. Notably, the government also attached conditions for acquiring minority, non-controlling equity stakes in the funded entities. The combined $1.375 billion awarded to GlobalFoundries and IBM’s Anderon project accounts for approximately 68.3% of the total, signaling that the U.S. aims to secure a pivotal position across quantum chip processes, manufacturing capacity, and commercial ecosystems, rather than betting on a single company alone.
Under the agreement, GlobalFoundries is eligible to receive milestone-linked fund disbursements over five years. Its Quantum Technology Solutions business is designed to lower the industry’s transition hurdle from R&D to mass production. In the latest development, Quantinuum has selected GlobalFoundries as one of its manufacturing partners for next-generation ion traps and control electronics, utilizing 300-millimeter wafer processes—a sign that policy is closely linking quantum system R&D with upstream manufacturing. The theoretical foundation of quantum computing rests on superposition, entanglement, and interference, and its breakthrough potential is most prominent in specific problems such as molecular simulation. In the future, it is more likely to form a collaborative system in which quantum computing works alongside classical computing.
