The U.S. Department of Commerce recently announced that it will provide a total of approximately US$2 billion in financial support to nine quantum computing companies, and will also invest in related companies in the form of minority stakes, marking the government's adoption of a more "hands-on" industrial support model in the field of cutting-edge technology. This series of arrangements is seen as a move by Washington to plan ahead and spread risks in the direction of quantum computing, a technology that has not yet been fully commercialized but is considered to have great long-term strategic significance.
Among the funded companies, IBM will receive approximately US$1 billion in funding, accounting for half of the total, and will continue to consolidate its leading position in quantum computing hardware and software systems. According to the agreement, IBM will also raise US$1 billion of its own money to build the first production facility in the United States dedicated to quantum chip manufacturing, and establish a new quantum manufacturing business unit to focus on building related production lines and process capabilities.
Quantum computers operate differently from traditional computers. They rely on the quantum behavior of subatomic particles to process information. They can theoretically be much more efficient than classical computers on specific problems such as molecular modeling, complex optimization, and cryptography. IBM CEO Arvind Krishna said that recent progress made by the company's quantum system in protein simulation shows the potential for early practical applications in areas such as drug development.
Krishna compared the current stage of quantum computing development to the period when artificial intelligence chips were just getting started about a decade ago, arguing that the industry is approaching a "tipping point." In his view, this multiple funding and equity cooperation "is an important vote of confidence in the maturity of the quantum industry in the next few years."
This financial support does not bet on a single technology route, but covers a variety of quantum architectures and implementation paths. For example, GlobalFoundries, a foundry company, will receive US$375 million in funding, with the government holding approximately 1% of its equity. The company also plans to establish new quantum technology-related business lines to further expand its manufacturing capabilities.
Other companies that have received funding include D-Wave Quantum, Rigetti Computing and Infleqtion, each of which has its own focus on technology routes. D-Wave focuses on quantum annealing, Rigetti specializes in superconducting qubits, and Infleqtion is developing a neutral atom platform. Most such companies are expected to receive approximately US$100 million in funding, while the startup Diraq’s support is approximately US$38 million.
Many companies revealed that the government's investment will mainly be provided in the form of equity, further strengthening the government's role as an "investor" rather than a mere "subsidy party." D-Wave stated that its US$100 million in support funds will all be equity investments, and Rigetti and Infleqtion also said that the support they received was mainly equity arrangements.
This batch of funds comes from the "Chip and Science Act" passed in 2022, but the inclusion of equity holdings is significantly different from the traditional model that was more biased toward subsidies or tax incentives. Commerce Secretary Howard Lutnick has previously actively advocated for the federal government to increase direct participation in strategic industries. Earlier this year, the government also held nearly 10% of Intel's equity through relevant arrangements.
According to a senior U.S. Department of Commerce official, the government deliberately spreads investment across multiple companies and multiple technology paths to hedge risks while there is still great uncertainty in the technology path. The official also admitted that the payback cycle for such equity investment may be very long, and it may take many years or even longer to see a clear return picture.
However, external evaluations of the government being so deeply involved in a still highly experimental technology field and "betting on the future" through shareholding have been inconsistent. Some analysts believe that quantum computing is still far away from large-scale commercial applications. Currently, large direct shareholdings may cause problems such as distortion of valuation and risk judgment.
"Everyone is extremely excited about quantum computing because it is regarded as the 'next big thing.'" Dana Goldwater, president of the Resilient Navigation and Timing Foundation, pointed out, "But many expectations and visions are still in the imagination stage." At the same time, researchers are still actively exploring potential application scenarios, including quantum navigation systems that may be developed into an alternative to the Global Positioning System (GPS) in the future.
Voices from the industry are more optimistic. Executives from a number of quantum computing companies emphasized that progress is accelerating in key technical aspects such as chip design, qubit performance and error correction solutions. With the establishment of more professional manufacturing facilities and increased capital investment, the R&D and iteration cycle of quantum systems is expected to be further shortened, promoting the move from the laboratory to actual deployment.
In addition to the aforementioned companies, companies expected to receive funding include Atom Computing, PsiQuantum and Quantinuum, etc. They also take different routes in terms of qubit types and system architectures to compete for the right to speak in the future market. Among them, PsiQuantum raised US$1 billion last year from investors including 1789 Capital, a venture capital institution participated by Trump’s eldest son, Donald Trump Jr., which attracted widespread attention in the capital market.
At present, these investment agreements have not yet been finalized, but the overall plan has clearly shown that the U.S. policy orientation in the field of quantum computing is being more directly tied to specific technical routes. It is still unknown whether this combination strategy of "government shareholding + multi-path bets" can eventually produce a quantum computing system with large-scale commercial value. However, judging from the intensity of funding and the depth of participation, the United States is obviously unwilling to wait for the results of this key frontier technology.