Quantum frenzy is rising again! Market subscription demand explodes, ion trap quantum computing leader Quantinuum (QNT.US) raises IPO target.

The American old industrial giant Honeywell International Inc. (HON.US) has increased its support for the quantum computing leader company Quantinuum Inc. (QNT.US) with a significant investment, raising the size of its initial public offering (IPO) in the U.S. stock market to up to $1.46 billion, while also increasing the number of shares to be issued and announcing an increased price range. According to the IPO documents submitted to the U.S. Securities and Exchange Commission on Monday, the company will issue 26.5 million shares, with a price range of $53 to $55 per share. In comparison, Quantinuum had previously planned to issue around 21 million shares with a price range of $45 to $50 per share. According to the shares issued listed in the IPO documents, at the upper limit of the new price range, Quantinuum's market value will reach approximately $14.3 billion. It was reported by sources familiar with the matter last Friday that the IPO of this quantum computing leader company received orders for shares several times the amount available for issuance, highlighting the high market enthusiasm for investment in the field of quantum computing. Some Wall Street institutional investors even proclaim that quantum computing may be entering a stage similar to the early AI big models and predict that this technology will be the core engine of the "next generation computing revolution". It is understood that Quantinuum plans to price its IPO after the New York market closes on Wednesday and begin trading publicly the next day. The company's stock is expected to trade on the Nasdaq Global Market under the symbol "QNT". The Trump administration has significantly supported the development of the quantum computing industry this year and announced on May 21 a major funding support of over $2 billion to a group of quantum computing companies in the U.S. Quantinuum will receive $100 million from this funding, and the government will receive corresponding equity. Thanks to the strong support of the U.S. government for the field of quantum computing, quantum computing leader IBM has seen a significant increase in its stock price recently, rising nearly 40% since May 18. The stock was still continuing its upward trend in early trading on Monday. The U.S. government under the leadership of President Trump is supporting the quantum ecosystem through equity and industrial policy, breaking away from the previous model of purely research subsidies. Through the "Chips and Science Act", the Trump administration is investing over $2 billion in total in nine quantum companies, with IBM receiving around $1 billion for the construction of the first dedicated quantum chip foundry. The U.S. government will enter as a non-controlling minority shareholder. This "strategic capital support" not only provides fiscal endorsement for key hardware routes but also elevates quantum computing to the same national strategic status as basic technology industries such as semiconductors. The fundamental principle of quantum mechanics is that information can exist in more than one state at the same time before being specifically measured, for example, the famous unfortunate cat experiment by Schrdinger, whereby the cat may be alive or dead before the box is opened and observed. Quantum computing systems utilize the properties of quantum mechanics, such as superposition and entanglement, to provide a completely new computational paradigm that theoretically can greatly surpass the computational capabilities of traditional binary computers in certain specific fields. According to a statement from Alphabet Inc. Class C on December 9, 2024, the Willow quantum chip showed astonishing performance in benchmark tests, being able to complete a "standard benchmark calculation" in less than 5 minutes, while a traditional supercomputer would take 10-25 years to complete the same task. With IonQ announcing a 99.99% fidelity in double qubit gates, and IBM deploying quantum error correction decoders on commercial AMD FPGAs to achieve real-time responses in nanoseconds, the industry widely predicts that the industrial quantum advantage and key quantum milestones such as "quantum supremacy" are just three to five years away. The imminent technological critical point is shifting quantum computing from an academic topic to a pressing national security issue, especially as the "practical quantum advantage" is more likely to appear in the next 2-5 years in the form of 'narrow scenarios + hybrid computing + verifiable benefits'. Who is Quantinuum? The powerful quantum computers manufactured by Quantinuum can tackle highly complex tasks that traditional binary processors cannot handle, leading to an exponential increase in computational capabilities. It is reported that Quantinuum is developing a quantum computing platform that can be applied in areas such as large-scale protein structure and chemical simulations, machine learning, cybersecurity, financial transactions, and drug development. Quantinuum focuses on the "trapped-ion quantum computing" sub-technology route in the quantum computing race, which originated from the merger of Honeywell International Inc.'s Honeywell Quantum Solutions business with Cambridge Quantum in the UK. The company's hardware platform is based on the charge-coupled ion trap (QCCD) architecture, using ions captured by electromagnetic fields as quantum bits, implementing high-fidelity, fully interconnected quantum logic operations through precise laser control. This architecture is conducive to higher physical fidelity and scalability, making it a major route for advancing fault-tolerant quantum computing. Global quantum computing has entered a milestone stage of transition from experimental demonstrations to fault-tolerant engineering, moving closer to full-scale commercialization. The most crucial advancements now are not just the increase in the number of physical quantum bits, but in logical qubits, quantum error correction, error rate thresholds, and modular interconnections. Quantinuum's H series quantum machines (such as the Helios system) have set records in actual performance indicators and strengthened the technical foundation for advancing towards large-scale logical qubits through real-time error correction and fully connected layouts. Compared to superconducting qubits (such as the Alphabet Inc. Class C or IBM route), ion trap platforms have a relative structural advantage in long coherence times, high fidelity, and reliable logic operations, allowing Quantinuum's technology stack to extend from hardware to a full-stack quantum solution (including development software, middleware applications, and algorithm libraries) to support a range of industry applications from chemical simulations to financial optimization and cybersecurity. This strategy focuses not only on improving individual machine performance but also on advancing quantum hardware and software collaboratively to build a hybrid classical-quantum computing workflow deployable in real business scenarios. The rapid development of quantum computing has attracted investment towards the "next generation computing revolution". Quantum computing, considered by Wall Street analysts as the core engine of the "next generation computing revolution," although still in its early stages of development, is accelerating breakthroughs and attracting capital, marking a shift of the "quantum computing boom" from academic narratives to a new round of technology stock narratives involving funding, public listing, and expanded valuations. The U.S. government recently signed memorandums of understanding with nine quantum companies through the Department of Commerce, planning to invest around $20.13 billion in exchange for non-controlling equity stakes. Quantinuum will receive $100 million for advancing research and development of large-scale, fault-tolerant ion trap quantum computers, while IBM is receiving $1 billion in funding support. These actions indicate that the U.S. views quantum computing as a strategic infrastructure topic on par with or even higher than semiconductors, artificial intelligence, defense, and cybersecurity, rather than just a venture capital theme. While fault-tolerant quantum computers are still a few years away from commercial deployment, substantial progress has been made on major architecture routes globally: from ion trap (Quantinuum company), superconducting (IBM and Rigetti), annealing (D-Wave), neutral atoms (Atom Computing), to photons (PsiQuantum) among others, utilizing government funding layouts, reflecting the industry's lack of consensus on a single route, but rather an enhancement of overall accessibility through "multiple paths of breakthroughs". At the same time, IBM has already deployed over 90 quantum systems and established local manufacturing capabilities through the construction of a new quantum chip manufacturing subsidiary (Anderon), positioning themselves as a leader in the industry. From a technological perspective, quantum computing is accelerating noticeably, but key thresholds remain before "comprehensive large-scale commercialization" can be achieved. The real watershed is not just the number of physical quantum bits, but in error correction, coherence time, gate fidelity, scalable interconnections, low-temperature/vacuum engineering, control electronics, and the ability of the software stack to work together towards fault-tolerant quantum computing. Quantinuum focuses on the ion trap route, with advantages in high-fidelity gate operations and long coherence times, suited for advancing high-quality logical quantum bits; IBM focuses on the superconducting route and has announced an investment of over $10 billion in the next five years, aiming to achieve a large-scale quantum computer capable of executing complex, low-error tasks by 2029. Their roadmap shows the prototyping of real-time error correction decoders by 2026, a key capability for scalability in fault-tolerant computing. Quantum computing and other frontier technologies are also core focal points of Wall Street strategic funds led by JPMorgan Chase. In October 2025, JPMorgan Chase announced the "Security and Resiliency Initiative", with a total investment of $1.5 trillion over ten years to "promote, finance, and invest" in core industries essential to U.S. economic and national security. The key areas of focus for this initiative include U.S. core supply chains and advanced manufacturing (including critical minerals such as rare earths, pharmaceutical precursors, and Siasun Robot & Automation), defense and aerospace, energy independence and diversified resilience, and cutting-edge and core strategic technology trends (such as AI, nuclear fusion, cybersecurity, and quantum computing).