"Stock Market Maestro" Trump Lifts Up the Entire Quantum Computing Sector

Odaily星球日报Published on 2026-05-27Last updated on 2026-05-27

Abstract

U.S. President Trump's administration, adopting an "active investor" approach, has announced $2 billion in funding for nine quantum computing companies in exchange for minority, non-controlling equity stakes. The funding, sourced from the 2022 CHIPS and Science Act, targets firms like IBM, GlobalFoundries, D-Wave, Rigetti, and several private companies to advance various quantum modalities and overcome key engineering hurdles. This move mirrors the administration's earlier strategic investments, such as the highly profitable stake in Intel, and shifts from pure subsidies to an equity-for-funding model under the same legislation. The announcement triggered significant stock gains for the quantum sector. The strategy is part of a broader "America First" industrial policy aimed at securing U.S. technological leadership, reducing foreign dependencies, and providing credibility and policy support alongside capital. The administration indicates continued openness to similar investments across semiconductors, critical minerals, defense, and other strategic sectors.

Original|Odaily Planet Daily(@OdailyChina)

Author|Wenser(@wenser 2010 )

Last August, driven by Trump, the U.S. government converted funds through the "Chips Act," directly purchasing nearly 10% of Intel's newly issued shares (approximately 433.3 million shares) at $20.47 per share. At that time, it was worth less than $9 billion; by early May, less than a year later, as Intel's stock price hit a record high, the total value of these shares had reached $54.1 billion, appreciating by over $45 billion in just seven months.

Mentioning this, Trump couldn't hide his pride and posted: "I made America $45 billion in the last 8 months."

As a capital maestro who doesn't hesitate to "move the stock market by posting," Trump exerts an extraordinary influence on the rise and fall of U.S. stocks. Recently, he has started his performance again—providing a total of $2 billion in funding to 9 quantum computing companies through the U.S. Department of Commerce in exchange for equity. Odaily Planet Daily will provide a brief analysis in this article.

U.S. Government Acts Again, Investing $2 Billion in Quantum Computing

On May 21, the Trump administration announced it would provide a total of $2 billion in funding to 9 quantum computing companies through the U.S. Department of Commerce, in exchange for partial equity. The specific allocation plan is as follows:

  • $1 billion will be granted to IBM (IBM) for the operation and development of its independent subsidiary, Anderon;
  • $375 million is allocated to chip manufacturer GlobalFoundries (GFS);
  • Publicly listed companies D-Wave (QBTS), Infleqtion (INFQ), Rigetti (RGTI) each receive $100 million;
  • Private companies Atom Computing, PsiQuantum, Quantinuum (an independent subsidiary of Honeywell-HON) each receive $100 million;
  • Startup Diraq is expected to receive $38 million.

According to official documents, this is part of the Trump administration's "active investor" industrial policy, with funding sourced from the R&D allocation of the 2022 CHIPS and Science Act. The Commerce Department emphasized that this is a "portfolio" strategy, covering two quantum wafer foundries and 7 quantum computing companies. It targets various quantum modalities including neutral atom, silicon spin, superconducting, photonic, and trapped ion, addressing key engineering bottlenecks such as device reproducibility, error rates, optical complexity, and cryogenic system integration.

On the day the news was released, the U.S. stock quantum computing sector surged sharply at the market open. Among them, D-Wave Quantum rose 16%, Rigetti Computing rose 14%, Infleqtion's stock rose 25%, Quantum Computing rose 9%, and IonQ rose 3.1%.

It's worth mentioning that among these companies receiving funds, only GlobalFoundries Inc. (GFS) revealed that the equity swap ratio is about 1%. For other companies, whether public or private, it's a minority non-controlling equity stake, and the specific ratios have not been disclosed. Final ratios await formal agreement signing and SEC filing disclosure.

Capital Operations Under the "America First" Strategy

Looking closely at this "investment for equity" operation, it remains an action by the Trump administration under the "America First" strategy.

Previously, U.S. government investments in Intel (INTC), the only fully integrated U.S. rare earth producer MP Materials (MP), Trilogy Metals (TMQ), Lithium Americas (LAC), U.S. Steel, and others were also strategic moves to maintain the advantage of the domestic semiconductor industry chain.

Especially the nearly $9 billion investment in Intel, the Trump administration explicitly stated that this move was to support domestic advanced semiconductor manufacturing in the U.S. and reduce reliance on TSMC. Therefore, the U.S. government's related holdings are passive, with no board seats, and no participation in the company's daily operations or management. They largely follow board votes on most matters.

However, the U.S. government's "equity investment" is not just financial support; it also includes credit endorsement and multi-faceted policy support (such as export licenses, tariff protection). Previously, Intel received strong support from U.S. Commerce Secretary Loutnik after obtaining the government investment. Over the past year, he has repeatedly met with Apple CEO Tim Cook, Tesla CEO Elon Musk, and NVIDIA CEO Jensen Huang, persuading them to cooperate with Intel. With Apple joining, Intel has now established relevant collaborations with all three companies mentioned above.

Shift in Operational Approach Under the CHIPS and Science Act: From Grants to Equity Swaps

The $2 billion in funding for quantum computing-related companies comes from the CHIPS and Science Act, a landmark bipartisan bill introduced by the U.S. government in 2022, officially named the "CHIPS and Science Act of 2022." The total authorized funding of the act is approximately $280 billion over 10 years, for supporting semiconductor industry development and basic science and technology R&D. Its main purpose is to revitalize U.S. semiconductor manufacturing, strengthen scientific research and innovation capabilities, and address competition from other countries in high-tech fields through large-scale investment.

But different from the grant or pure subsidy model during the Biden administration, the Trump administration's operational model is the aforementioned "active investor" model—switching to funding in exchange for minority non-controlling equity stakes. As of May this year, the act has attracted over $645 billion in private investment in semiconductor manufacturing, with over 140 projects and the creation of 525,000 new jobs.

It must be said, while personally calling shots and moving stocks like Dell (DELL), Micron (MU), and Palantir (PLTR), Trump is also promoting U.S. stock market prosperity in the name of U.S. government departments, which is why he repeatedly boasts, "The stock market highs are mainly because of me."

Additionally, it's worth noting that a previous investment announcement from the U.S. Department of Commerce stated, "The CHIPS Research and Development Office continues to solicit proposals from eligible applicants for research, prototyping, and commercial solutions for microelectronics technology in the United States. Eligible applicants should submit applications via Notice 2025-NIST-CHIPS-CRDO-01 on the www.grants.gov website." In other words, the U.S. government's "investment door" remains open. For more information and funding announcements, please refer to official sources.

Of course, the U.S. government invests in a wide range of company fields, also involving critical minerals like electricity and rare earths, new energy sources like lithium batteries, medical supplies, and communication infrastructure. Examples include Westinghouse Electric, Lithium Americas, Trilogy Metals, USA Rare Earth, Vulcan Elements, XLight, L3 Harris Technologies, etc.

Furthermore, U.S. Commerce Secretary Loutnik once revealed to the media that the current administration might take equity stakes in major defense contractors like Lockheed Martin (LMT).

In summary, the various publicly listed companies, critical mineral/rare earth/battery material supply chains, nuclear/small modular reactor (SMR) and advanced nuclear fuel, and other quantum computing targets mentioned above may become the focus of continued investment by the Trump administration in the second half of the year.

Related Questions

QWhat specific action did the Trump administration take to support the quantum computing sector, and how much funding was announced?

AOn May 21, the Trump administration announced that it would provide a total of $2 billion in funding to 9 quantum computing companies through the U.S. Department of Commerce, in exchange for partial equity stakes in those companies.

QWhich publicly listed quantum computing companies received $100 million each from the funding announced by the U.S. Department of Commerce?

AThe publicly listed quantum computing companies that each received $100 million are D-Wave Quantum (QBTS), Infleqtion (INFQ), and Rigetti Computing (RGTI).

QWhat is the source of the $2 billion funding for the quantum computing companies, and how does this Trump-era approach differ from the previous administration's policy?

AThe $2 billion funding comes from the research and development appropriations of the 2022 CHIPS and Science Act. Unlike the Biden administration's approach of grants or pure subsidies, the Trump administration's model is that of an 'active investor,' providing funding in exchange for minority, non-controlling equity stakes.

QAccording to the article, what was a key strategic reason behind the U.S. government's investment in Intel, and what terms govern its stake?

AA key strategic reason for the U.S. government's investment in Intel was to support advanced domestic semiconductor manufacturing and reduce dependence on TSMC. The government's stake is passive, meaning it holds no board seats, does not participate in daily operations, and generally follows the board's votes on most matters.

QWhat broader areas or sectors, beyond quantum computing, does the article suggest the U.S. government under Trump has invested in or may invest in?

ABeyond quantum computing, the article suggests the U.S. government has invested or may invest in areas including critical minerals/rare earths, battery materials, nuclear energy/Small Modular Reactors (SMRs), advanced nuclear fuel, electrical infrastructure, medical supplies, communications infrastructure, and major defense contractors like Lockheed Martin.

Related Reads

Xiaohongshu's Second Great Voyage, This Time Sailing Towards AI

Xiaohongshu's Second Voyage: Navigating Towards AI Since ChatGPT's emergence, Xiaohongshu's founder Mao Wenchao has been acutely aware of AI's potential threat, recognizing that the life advice people seek from chatbots overlaps directly with his platform's core business. Founded in 2013 as a PDF shopping guide for Chinese tourists, Xiaohongshu evolved into a massive community where millions share authentic, personal experiences—from product reviews to travel tips. This vast repository of "I've tried this" human judgment became its most valuable asset. However, the rise of AI, which delivers instant answers, challenges the very need for users to sift through numerous personal notes. Fearing its treasure trove of lived experience could become mere training data for others, Xiaohongshu is proactively adapting. In 2026, it established a dedicated AI division (Dots), launched RED Skill to turn user experiences into usable AI tools, and acquired the AI search product "Diandian." Its investments now extend to AI firms like MiniMax and hardware startups, moving upstream to address needs before they even become search queries. The platform's commercialization strategy is also evolving. With a newly acquired payment license and tools like the AIPS model to track consumer decision journeys, Xiaohongshu aims to seamlessly integrate recommendations with transactions, embedding commerce within AI-generated answers. Yet, a critical tension remains. While building smarter machines to organize and leverage its human experiences, Xiaohongshu must prevent AI from drowning out the authentic, flawed, and trustworthy "I've tried this" voices that built its community. Its core challenge is to harness AI's power without letting the map—the machine's perfect, synthesized answer—replace the territory of genuine human experience. This balance between technological advancement and preserving human trust defines its current journey and its future.

marsbit3m ago

Xiaohongshu's Second Great Voyage, This Time Sailing Towards AI

marsbit3m ago

SharpLink CEO: How to Understand Ethereum Developers Just Exceeded 1 Million?

SharpLink CEO reflects on the milestone of Ethereum surpassing 1 million historical developers, emphasizing that this figure represents the largest pool of technical talent ever assembled around an open, permissionless blockchain network. While approximately 232,000 developers remain active, the key question for the crypto industry is not which chain is fastest, but where the best builders choose to build long-term. Ethereum's advantage lies in a decade-long accumulation of infrastructure, standards, tools, liquidity, and a cohesive culture, making it the default operating system for programmable finance. This developer base is tackling complex challenges: the Glamsterdam upgrade aims to enhance scalability while preserving core principles; synchronous composability seeks to unify Rollup ecosystems; and significant efforts are underway for post-quantum security. Ethereum's deeper network effects stem from composability and shared standards (like the EVM and Solidity), creating a flywheel of more developers, tools, and liquidity. Three reinforcing strengths cement Ethereum's lead: credible neutrality (secured by ~900k validators), a modular architecture with interconnected Rollups, and a culture that attracts top researchers. The ecosystem is consolidating as the trusted coordination layer for internet-native finance, favored by large institutions valuing security and liquidity. The future of Ethereum is being built by this global community of founders and architects.

链捕手18m ago

SharpLink CEO: How to Understand Ethereum Developers Just Exceeded 1 Million?

链捕手18m ago

A Clod of Chinese Soil Chokes Two Japanese Giants

"Chinese Soil Chokes Japanese Giants" The production of a key electronic specialty gas, tungsten hexafluoride (WF6), vital for manufacturing AI chips, was halted by two leading Japanese producers—Kanto Denka and Central Glass. Their shutdown was not due to a technological failure but a sudden, critical shortage of a raw material they had long taken for granted: ultra-high-purity (6N-grade) tungsten powder, which is almost entirely sourced from China. Following a quiet Chinese export announcement in January 2026, tungsten powder shipments to Japan dropped to zero for months. Despite frantic efforts, Japanese companies found no viable alternative; imported powder was three times more expensive and lacked the required purity. Their existing stockpiles were exhausted by mid-2026. WF6 is essential for depositing tungsten into the microscopic contact holes of High Bandwidth Memory (HBM) chips, which are crucial for advanced processors like those from Nvidia. While Japanese firms had mastered producing ultra-pure WF6 gas, their entire supply chain relied on China's 6N tungsten powder—a dependency now revealed as a fatal vulnerability. China's dominance in this "soil" results from decades of painstaking R&D by companies like Xiamen Tungsten and China Tungsten & Hightech. They overcame immense technical hurdles, such as separating chemically similar molybdenum from tungsten, to achieve mass production of the world's purest tungsten powder. With their primary suppliers gone, Kanto Denka and Central Glass announced a permanent halt to WF6 production starting July 1, 2026. This immediately created a supply crisis for major semiconductor manufacturers like Samsung and SK Hynix, forcing them to urgently seek and certify new Chinese suppliers for WF6 itself. The reversal marks a dramatic shift: China has moved from exporting low-value raw materials to controlling the high-purity foundation of a critical global tech supply chain, upending a long-established industrial hierarchy.

marsbit49m ago

A Clod of Chinese Soil Chokes Two Japanese Giants

marsbit49m ago

Trading

Spot
Futures
活动图片