The Trump administration just placed a direct bet on the companies racing to master quantum computing. In deals announced today, the Commerce Department will direct $2 billion from the 2022 Chips and Science Act into nine firms. The government takes minority equity stakes in return. This marks a sharp turn in how Washington supports strategic technology.
IBM stands to receive the largest share at $1 billion. The computing giant will match that amount with its own funds to launch Anderon, a new venture building what it calls the nation’s first specialized quantum chip manufacturing facility. GlobalFoundries follows with $375 million and grants the government roughly a 1% ownership stake. Most of the remaining recipients, including Rigetti Computing, D-Wave Quantum, Infleqtion, Atom Computing, PsiQuantum, Quantinuum and Diraq, are slated for about $100 million each. Diraq gets up to $38 million.
But this isn’t simply another grant program. Officials structured the awards so taxpayers gain ownership. Commerce Secretary Howard Lutnick framed the package in stark terms. “The Trump administration is leading the world into a new era of American innovation,” he said in a statement reported by The Wall Street Journal. A fuller version obtained by Ars Technica adds that the investments will “build on our domestic industry, creating thousands of high-paying American jobs while advancing American quantum capabilities.”
Shares reacted immediately. IBM climbed about 7%. GlobalFoundries rose roughly 10%. Smaller pure-play names such as D-Wave, Rigetti and Infleqtion jumped 20% or more in early trading, CNBC noted hours after the reports surfaced. Markets clearly heard the signal. The federal government now sits on both sides of the table.
This approach fits a pattern. The administration has taken similar positions in Intel, rare-earth magnet maker Vulcan Elements and mining firm MP Materials. Lutnick overhauled the Commerce Department to demand greater domestic investment from recipients. A senior official told reporters the agency spread bets across multiple players because success remains uncertain. It could take years before any deliver transformative results.
Why act now? Quantum systems promise computation speeds and problem-solving power beyond classical supercomputers. They could simulate molecules for new drugs, optimize logistics at scales once unimaginable, and crack encryption that protects everything from bank transfers to military secrets. IBM CEO Arvind Krishna drew a direct parallel. He compared the current moment to where artificial intelligence chips stood a decade ago. The new business, he predicted in an interview with The Wall Street Journal, could generate billions in annual sales with high margins by the mid-2030s.
Krishna pointed to recent IBM work simulating complex proteins. Those runs point toward faster drug discovery. Other executives echo the accelerating pace. Breakthroughs in chip power and error correction have shortened development timelines. Yet hurdles remain large. Error rates still plague most systems. Scaling to millions of stable qubits stays years away. Dana Goward, president of the Resilient Navigation and Timing Foundation, captured the gap between excitement and delivery. “Everybody is excited about quantum because it is the next big thing. A lot of the expectations and hopes have yet to be realized.”
One near-term application intrigues defense planners. Certain quantum sensors could replace or augment GPS in jammed environments. That capability carries obvious military weight. So does protecting communications from quantum code-breaking. China has poured resources into its own programs. U.S. officials view domestic supply chains for quantum hardware as essential to avoid dependence.
The nine recipients pursue different technical paths. IBM relies on superconducting circuits. IonQ, notably absent from the list despite its prominence, uses trapped ions. PsiQuantum bets on photonics and has raised $1 billion privately, including from 1789 Capital where Donald Trump Jr. serves as a partner. D-Wave focuses on annealing systems and said its entire $100 million award arrives as equity. Rigetti and Infleqtion described similar structures. Details on exact stake sizes for most firms remain undisclosed.
Infleqtion CEO Matthew Kinsella welcomed the validation. “The government has proven to not fund thus far technologies they would deem as speculative, and I believe that this investment really does further validate that quantum computing is coming much faster than anybody thinks,” he told Reuters. His comment underscores a shift. Earlier federal support emphasized basic research. Now the emphasis lands on commercialization and manufacturing scale.
Funding traces to the Chips and Science Act. That law set aside resources for early-stage technologies alongside its better-known semiconductor factory incentives. The quantum package also arrives alongside work on a new executive order focused on the sector. Officials have discussed updating the National Quantum Initiative first launched in 2018. Earlier this year the White House floated plans to de-risk commercial investment and build large-scale scientific quantum systems.
Critics question whether government equity ownership suits such a speculative field. Some analysts argue the risks belong in private hands. Lutnick counters that deals can be written to deliver taxpayer upside. By taking small stakes across many efforts the department limits exposure while positioning for winners. And the government already spends roughly $200 million annually on quantum activities across agencies, according to past GAO reviews. This move adds scale and direct commercial alignment.
IBM’s Anderon venture will transfer intellectual property and attract additional investors. GlobalFoundries plans a new Quantum Technology Solutions unit and a dedicated factory. Both moves aim to create American jobs in chip production for exotic quantum hardware. The broader list includes firms with roots in university research as well as those already public or backed by defense-linked investors. D-Wave, for instance, went public in 2022 via a SPAC led by Emil Michael, now a senior Pentagon official.
Still, no one claims practical quantum advantage at commercial scale exists today. Systems remain noisy. Error correction consumes vast overhead. Most useful applications sit in the future. Yet the combination of private capital, research progress and now explicit federal ownership changes the risk equation. Companies gain patient capital. The government gains visibility and potential returns. Markets gain confidence that Washington sees quantum as more than laboratory curiosity.
PsiQuantum’s inclusion highlights another angle. Its photonic approach seeks room-temperature operation and compatibility with existing semiconductor fabs. Success there could compress timelines dramatically. Atom Computing and Quantinuum explore neutral atoms and trapped ions respectively. Each path carries distinct strengths and failure modes. Spreading funds across them lets the Commerce Department hedge technical bets. A senior official described the strategy as deliberate diversification.
Reactions on X reflected both optimism and skepticism. Traders highlighted call option volume on IBM. Others warned of speculative bubbles in smaller names lacking near-term revenue. One post noted the move signals quantum has risen to the level of national strategic competition. That assessment seems accurate. The equity stakes create alignment between company performance and federal interests that pure grants cannot match.
Longer term the deals may influence how Washington supports other emerging fields. Biotechnology, advanced materials and novel energy systems could see similar hybrid grant-plus-equity models. Success here would validate the approach. Failure would invite scrutiny over picking winners with taxpayer dollars. For now the administration projects confidence. Lutnick’s public statements leave little doubt about the intended message. American leadership in quantum hardware must be secured at home.
The deals have not closed. Final terms could shift. Additional companies may yet receive offers as the department continues soliciting proposals. Even so, the outline is clear. Two billion dollars, nine firms, equity ownership and a focus on domestic manufacturing. The U.S. government no longer observes the quantum race from the sidelines. It now owns part of the track.
U.S. Government Buys Into Quantum Future With $2 Billion in Equity Stakes first appeared on Web and IT News.