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President Trump signed two executive orders June 22 elevating quantum computing from a long-term research initiative to a national strategic priority, directing the White House to update the National Quantum Strategy within 180 days. "The revised strategy will prioritize domestic manufacturing, workforce development, public-private partnerships and the commercialization of quantum technologies," the White House said in a statement accompanying the orders, which also establish the Quantum Computer for Application Development and Discovery Science initiative at the Department of Energy. A companion executive order accelerates the federal transition to post-quantum cryptography, reflecting efforts to strengthen cybersecurity against future quantum-enabled threats. The orders build on earlier U.S. quantum initiatives, including the CHIPS and Science Act, under which D-Wave Quantum Inc. signed a letter of intent for $100 million in proposed funding in May. D-Wave also secured a $1.5 million grant under the National Science Foundation's National Quantum Virtual Laboratory program. The policy shift shows that quantum computing is increasingly treated as a strategic technology with implications for economic competitiveness, cybersecurity and defense. The updated National Quantum Strategy and the DOE's QC-ADDS initiative could support demand across the quantum value chain, including quantum hardware, advanced semiconductors, photonics, cryogenic systems and quantum software. While broad commercial adoption of fault-tolerant quantum computing remains years away, the executive orders suggest federal procurement and strategic investment will play a larger role in shaping the industry's growth trajectory. The investment implications extend beyond pure-play quantum developers. Companies such as International Business Machines Corp., Quantum Computing Inc. and D-Wave Quantum stand to benefit from growing federal support for the quantum ecosystem. IBM recently introduced the world's first sub-1 nanometer chip technology, featuring a breakthrough transistor architecture at the 0.7 nanometer node, packing nearly 100 billion transistors onto a chip the size of a fingernail. D-Wave is advancing both annealing and gate-model quantum computing systems, with its dual-rail technology developed through the acquisition of Quantum Circuits Inc., a Yale University startup. The push to accelerate the federal transition to post-quantum cryptography could create opportunities for cybersecurity vendors serving government and regulated industries. IonQ, another quantum computing company, recently unveiled its Clavis XG Multiplex product line designed to make quantum security more practical across metropolitan fiber networks, and opened a new laboratory suite in Boulder, Colorado, to support quantum computing research and semiconductor chip testing. The administration's approach mirrors a broader pattern of government equity involvement in strategic technologies. The government obtained a 10% stake in Intel Corp. after investing $8.9 billion in the American chipmaker's stock, and has also taken equity stakes in IBM and other quantum-computing companies. The previous U.S. quantum initiative, the National Quantum Initiative Act of 2018, authorized $1.2 billion over five years for quantum research, a fraction of what the current executive orders could unlock through the CHIPS Act and DOE programs. The executive orders also direct the development of a large-scale quantum computer for scientific discovery through the QC-ADDS initiative, positioning the Department of Energy as a central player in quantum hardware deployment. This marks a shift from the previous administration's focus on basic research toward a more commercially oriented approach that emphasizes domestic manufacturing and public-private partnerships. This article is for informational purposes only and does not constitute investment advice.
The US Commerce Department committed $2 billion to quantum computing firms in exchange for ownership stakes, while China's Taiyi Quantum raised $44 million in Pre-A funding, escalating a race for technological supremacy with national security implications. "It is clear that we are now in a race for this technology," said Jay Gambetta, research director at IBM, which received half of the US funding package and will partner with the Commerce Department to build a standalone quantum chip foundry called Anderon. The US deals, structured as a pseudo-sovereign wealth fund mechanism, reached nearly all publicly traded pure-play quantum firms except IonQ, which was absent from talks. Google Quantum AI declined participation, citing conditions that would slow engineering progress. Shanghai-based Taiyi Quantum nearly doubled its original $29 million target, reflecting intensifying state-backed development in China, where quantum computing is designated as one of seven "future industries" in the latest Five-Year Plan. Quantum systems are expected to crack the encryption protecting much of the world's data within years, making the technology a national security asset. A mid-June executive order accelerated the US migration to quantum-safe systems to 2031, while Jefferies analysts project the race will accelerate this year, with Barclays predicting evidence of quantum superiority on useful problems within 12 to 24 months. **Patents and Progress: A Neck-and-Neck Sprint** Data from McKinsey and Barclays Research shows the US and China are nearly tied in quantum patent volume, with China leading in quantum communication and the US ahead in quantum sensing and computing. China operates the world's largest integrated space-to-ground quantum network, a lead built through sustained investment. "China definitely has a lead in quantum communication," said Joe Fitzsimons, CEO of Horizon Quantum. "It really depends where you put in the investment." The last time the US faced a comparable technology gap was in the 1940s Manhattan Project, which produced the first atomic bomb in 1945; China followed in 1964. IonQ CEO Niccolo de Masi said the quantum gap is narrower. "I hope they're 10 quarters behind, but they're definitely not 10 years behind," he said. **State Control vs. Market Forces** China's quantum ecosystem is increasingly consolidated under state control. Baidu and Alibaba shuttered dedicated quantum research groups in 2023, transferring equipment to the Beijing Academy of Quantum Information Sciences and Zhejiang University. Tencent remains the only major Chinese tech firm still operating its own quantum lab. QuantumCTek, the first quantum technology company listed on a Chinese exchange, is now majority-controlled by China Telecom Quantum Group and serves as a key government supplier. Its shares rose 3.75 percent. Last year, Shenzhen-based SpinQ made history as the first Chinese enterprise to ship a complete superconducting quantum system overseas, highlighting the country's growing export capability in the sector. In the US, the Commerce Department's ownership-stake structure marks a departure from traditional grants, blending industrial policy with direct government investment. IBM's Gambetta said the state has a responsibility to consult with experts across academia and the private sector. "If I'm still talking about the potential of quantum computing five years from now, we've failed," he said. "We need to make this exist for our nation." **Market Reaction and Forward Outlook** Investors have responded to the escalating competition. IonQ shares gained 9.27 percent, while Quantinuum, the Honeywell spinoff that overtook IonQ as the largest quantum pure play by market capitalization, fell 3.61 percent. IBM rose 2.35 percent. Christian Weedbrook, CEO of Xanadu Quantum Technologies, described China's quantum effort as "a huge black box" in an earlier interview, highlighting the difficulty for US investors in assessing Chinese progress. Barclays analysts described China as an emerging quantum computing hub, noting that state involvement in the industry has intensified in the last two years. Jefferies projects the race will accelerate this year, with both governments pouring resources into a technology that could reshape global data security, defense systems, and scientific computing. The US executive order signed in mid-June mandates federal agencies to accelerate migration to quantum-safe cryptography by 2031, creating compliance-driven demand for quantum security solutions across government networks. This article is for informational purposes only and does not constitute investment advice.
**President Donald Trump signed two executive orders Monday directing federal agencies to transition to post-quantum cryptography within five years and build a government-hosted quantum computer.** The White House ordered federal agencies to migrate high-value systems to post-quantum cryptography by 2030 and build a government-hosted quantum computer, accelerating the U.S. response to the encryption-breaking threat posed by advanced quantum machines. "Quantum is exactly the kind of target foreign intelligence services prioritize — a small field with concentrated talent sitting at the seam between fundamental research and national security," said Michael McLaughlin, a former U.S. Cyber Command official who served as chief of counterintelligence in the Cyber National Mission Force. The first order, focused on counterintelligence, tasks the FBI and intelligence agencies with protecting quantum research from foreign espionage while directing the Energy and Defense departments to build and host a quantum computer for scientific discovery. The second mandates that the Office of Management and Budget and the National Cyber Director lead an accelerated nationwide migration to post-quantum cryptography, with high-value assets transitioning by 2030 and 2031 depending on use case. The Commerce Department must complete a PQC migration pilot by Dec. 31, 2027. The dual directives place quantum research security inside the broader race against "Q-day" — the moment when powerful quantum computers can break today's widely used encryption standards protecting government secrets, financial transactions and other sensitive data. Many experts place that risk in the 2030s, and adversaries are already conducting "harvest now, decrypt later" attacks, collecting encrypted data today with the expectation that future quantum tools may read it years later. The orders mark a strategic shift in how Washington treats quantum technology — as both a national security imperative and an industrial priority. The Commerce Department was also directed to draft plans for expanding federal investment in quantum computing companies, according to people familiar with the matter. Google President Ruth Corrath, appearing alongside Trump at the signing, highlighted the pace of progress. The company's Willow chip performed a computation in less than five minutes that would take the best supercomputer 10 septillion years, she said, enabling potential breakthroughs in medical research and nuclear fusion. **Historical Context** The National Quantum Initiative Act, which Trump signed into law in 2018, established the first whole-of-government strategy for American quantum leadership and doubled the federal research and development budget for quantum in 2020. Key provisions of that law lapsed in 2023, and Congress has been working to reauthorize them. The new executive orders effectively fill gaps left by the lapsed authorization while adding counterintelligence directives that did not exist in the original framework. **Market and Industry Impact** For the private sector, the orders provide what Matt Cimaglia, founder of investment firm Quantum Coast Capital, called "clarity" for capital allocation. "Washington made two things clear: America intends to build the most capable quantum systems in the world, and it intends to defend the infrastructure and data those systems can break," Cimaglia said. "Capital follows that kind of clarity." Publicly traded quantum computing companies including IonQ Inc., D-Wave Quantum Inc. and Rigetti Computing Inc. could benefit from increased federal investment and procurement, while cybersecurity firms specializing in post-quantum cryptography face a defined market timeline with the 2027 pilot and 2030-2031 migration deadlines. The National Security Agency, which would gain the ability to break certain encryption systems with an advanced quantum computer, stands as a primary beneficiary within the intelligence community. Conversely, adversary possession of a cryptographically relevant quantum device could allow foreign governments to decrypt protected U.S. communications, expose intelligence sources and compromise sensitive government data — the exact scenario the counterintelligence directives aim to prevent. *This article is for informational purposes only and does not constitute investment advice.*