Investors have been treated to a pair of compelling investment opportunities in 2026. Two of the most anticipated initial public offerings in recent memory have experienced share price declines since their IPOs: Quantinuum (QNT -0.29%) and Space Exploration Technologies Corporation (SPCX +15.83%), better known as SpaceX. Quantinuum is among the latest public companies in the exciting field of quantum computers. It was born out of a merger between Honeywell's quantum computing division and U.K.-based Cambridge Quantum. SpaceX made history as the biggest IPO ever. Their share price pullback presents a potential entry point for those seeking exposure to the frontiers of space exploration and quantum computing. To choose between these newly public companies, here are insights into which one makes a better stock investment. A look at Quantinuum Quantum computers harness the properties of quantum mechanics to execute complex computations beyond the capabilities of today's computers. The company claims this enables its machines to achieve breakthroughs in areas such as healthcare, materials science, and energy. Demand for Quantinuum stock was so large, the company upsized its IPO to $60 per share, raking in $1.7 billion. Since then, the price has sunk as low as $47.06 per share as its sky-high price-to-sales (P/S) ratio contributed to a sell-off. Even so, the stock's sales multiple of 99 as of Aug. 6 remains elevated, indicating investors maintain high future growth expectations. Quantinuum's revenue in the first quarter was $5.2 million, down 73% from $19.1 million in 2025. However, because quantum computers are still an emerging technology with limited customer adoption, it's typical for companies in the sector to see wide swings in sales, as a single big contract can make a huge difference. In fact, Quantinuum was awarded $100 million by the U.S. government this year in a sign of confidence in its
Aug 10, 2026 · via fool.com
The world's first diamond-powered portable quantum computer works at room temperature and can even be plugged into a regular wall outlet Cryogenic cooling infrastructure becomes unnecessary - The system connects directly to a standard alternating-current power outlet - Sulfur co-implantation gave engineers precise control over individual diamond qubits - Single-qubit fidelity reportedly reached 99.98% German startup Saxon Q has launched the world's first portable diamond-powered quantum computer operating at room temperature without requiring complex cryogenic cooling equipment. The system fits inside a standard server rack, connects directly to a conventional alternating-current power outlet, and supports configurations reaching 128 qubits. The company says larger 512-qubit systems will become available next year, while its long-term roadmap aims to exceed 10,000 qubits after 2030. Synthetic diamonds replace cryogenic cooling with a different quantum approach The system relies on nitrogen-vacancy defects created inside synthetic diamonds, where nitrogen atoms occupy positions beside empty spaces within the crystal structure to function as quantum bits. Scientists manipulate these qubits using lasers and microwave pulses, allowing them to represent quantum states extending beyond conventional binary computing methods. Although nitrogen-vacancy technology has existed for years, producing stable systems beyond 10 qubits has remained difficult because creating reliable defects at larger scales proved technically challenging. Saxon Q says its breakthrough came from introducing sulfur alongside nitrogen during manufacturing, allowing engineers to improve stability while gaining greater control over individual qubits. Sign up to the TechRadar Pro newsletter to get all the top news, opinion, features and guidance your business needs to succeed! “That's the key technology point. Because the sulfur lifts the chemical potential to a point that it's negatively charged,” said Marius Grundmann, professor of experimental physics at Leipzig University and co-founder of Saxon Q. “The sulfur supplies the electron; the sulfur also makes the vacancy attached to the
Aug 9, 2026 · via techradar.com
- United States - / - IT - / - NYSE:SNOW Is Snowflake (SNOW) Quietly Building the Control Layer for Enterprise AI Decision‑Making? - In late July and early August 2026, Snowflake expanded its AI Data Cloud capabilities with the launch of Cortex AI Gateway and new secure third-party agent access integrations, while partners Alteryx, Aembit, and 1Password brought their AI and security offerings directly into Snowflake’s governed ecosystem. - Together, these moves position Snowflake as a control layer for secure, auditable enterprise AI agents and workflows, tying business decisions, security policies, and cost management more tightly to data that already resides on its platform. - Next, we’ll examine how Cortex AI Gateway’s focus on governed, cost-controlled AI agents could influence Snowflake’s long-term AI Data Cloud investment narrative. This technology could replace computers: discover 26 stocks that are working to make quantum computing a reality. Snowflake Investment Narrative Recap To own Snowflake, you have to believe its AI Data Cloud can become a core control layer for enterprise data, not just a warehouse. The key near term catalyst is whether AI workloads turn into meaningful, governed consumption on the platform, while the biggest risk is that AI driven data and analytics shift to bundled hyperscaler or AI native rivals. The latest Cortex AI Gateway and security integrations materially touch both, by tying agents, governance, and cost controls directly to Snowflake data. Among the latest moves, Cortex AI Gateway looks most relevant. It turns Snowflake into a policy and cost hub for both first party and third party AI agents, with integrations from vendors like Aembit and 1Password. For investors focused on AI monetization, it connects directly to the catalyst of AI workloads deepening usage, but also highlights the risk that if enterprises remain cautious on agent security and spend, the
Aug 9, 2026 · via simplywall.st
09 Aug TOP 100 BOARD FACILITATORS FOR MEETINGS: EMCEES, HOSTS, MODERATORS & SPEAKERS FOR HIRE Today’s Top 100 board facilitators list members recognize that directors are responsible for some of the most consequential decisions that an organization can make. Whether the entity is a corporation, nonprofit, foundation, association, startup, or other institution, the best Top 100 board facilitators list members know that directors are expected to tackle hard challenges, evaluate opportunities, manage risk, think strategically, and provide effective leadership. Yet even highly accomplished groups can struggle with the process of working together. Strong personalities, competing priorities, limited meeting time, difficult conversations, and rapidly changing markets can make it challenging to turn a room full of talented people into a highly effective decision-making team. That’s where famous Top 100 board facilitators can make a difference. A moderator, corporate event host and emcee (MC) is a facilitation services professional who helps directors communicate, collaborate, deliberate, and make better use of collective knowledge. The Top 100 board facilitators pick does not take over the group’s authority or make decisions on its behalf. Instead, the facilitation services leader helps create the conditions for productive discussion, whether the objective is strategic planning, innovation, leadership development, organizational change, board retreats, governance improvement, or resolving difficult issues. Global Top 100 board facilitators can bring an unusual combination of skills to the table. They may understand leadership, strategy, innovation, organizational culture, communication, entrepreneurship, performance, creativity, technology, or human behavior. Some are professional consultants or organizational experts. Others have built extraordinary careers in sports, entertainment, music, media, entrepreneurship, or other high-performance environments and have developed perspectives that can be valuable to boards. The latest Top 100 board facilitators list takes a deliberately broad view of what a group can learn from an exceptional facilitator, keynote speaker, adviser, or leadership
Aug 9, 2026 · via futuristsspeakers.com
In late July and early August 2026, Snowflake expanded its AI Data Cloud capabilities with the launch of Cortex AI Gateway and new secure third-party agent access integrations, while partners Alteryx, Aembit, and 1Password brought their AI and security offerings directly into Snowflake’s governed ecosystem. Together, these moves position Snowflake as a control layer for secure, auditable enterprise AI agents and workflows, tying business decisions, security policies, and cost management more tightly to data that already resides on its platform. Next, we’ll examine how Cortex AI Gateway’s focus on governed, cost-controlled AI agents could influence Snowflake’s long-term AI Data Cloud investment narrative. To own Snowflake, you have to believe its AI Data Cloud can become a core control layer for enterprise data, not just a warehouse. The key near term catalyst is whether AI workloads turn into meaningful, governed consumption on the platform, while the biggest risk is that AI driven data and analytics shift to bundled hyperscaler or AI native rivals. The latest Cortex AI Gateway and security integrations materially touch both, by tying agents, governance, and cost controls directly to Snowflake data. Among the latest moves, Cortex AI Gateway looks most relevant. It turns Snowflake into a policy and cost hub for both first party and third party AI agents, with integrations from vendors like Aembit and 1Password. For investors focused on AI monetization, it connects directly to the catalyst of AI workloads deepening usage, but also highlights the risk that if enterprises remain cautious on agent security and spend, the payoff from these AI investments could lag expectations. Yet even as the AI story strengthens, there is still the underappreciated risk that rising compliance burdens and persistent high R&D spend could weigh on Snowflake's path to... Snowflake's narrative projects $10.1 billion revenue and $792.7 million earnings by
Aug 9, 2026 · via simplywall.st
Sui is advancing plans to integrate post-quantum cryptographic tools, aiming to shield user accounts from potential future threats posed by quantum computers. The Layer 1 blockchain will incorporate two signature methods standardized by the National Institute of Standards and Technology (NIST). These additions allow optional upgrades to quantum-resistant keys while preserving existing recovery phrases and addresses. Quantum computers capable of running Shor’s algorithm could eventually compromise the elliptic-curve cryptography that underpins most blockchain accounts today. On public ledgers, public keys become permanently visible once an account initiates a transaction, creating opportunities for “harvest-now, decrypt-later” collection of data. Recent estimates suggest a sufficiently advanced quantum system might recover private keys from exposed public ones relatively quickly. Regulatory timelines are also tightening, with moves to phase out classical algorithms in sensitive systems in the coming years. Sui’s architecture emphasizes cryptographic flexibility, enabling new signature schemes to be introduced as standard protocol features rather than requiring major overhauls to consensus or network state. This approach supports a smoother transition compared to chains that would need broader migrations. The network will deploy two complementary schemes tailored to different use cases. For routine accounts and everyday transactions, ML-DSA-65 (aligned with NIST’s FIPS 204) will function as a native protocol-level option at security Level 3. This parameter set was selected over lighter alternatives to provide additional margin, informed by recent demonstrations of advances in analyzing related candidates. Similar Level 3 choices appear in other systems securing substantial web traffic and hardware key services. For high-value assets held in vaults, the hash-based SLH-DSA-SHA2-128s (FIPS 205) will operate inside Move smart contracts. This placement keeps the more mature hash-based approach flexible and avoids locking the core protocol to one standard, allowing compatibility with evolving industry practices—particularly useful given Sui’s cross-chain connections. Relying on distinct mathematical foundations (lattice-based versus
Aug 9, 2026 · via crowdfundinsider.com
Quantum Computers Are Coming—Here's How Global Supply Chains May Shape Their Future https://lnkd.in/eNWt-TuR For most of us, "quantum computing" still sits more comfortably in the pages of science fiction than in newspaper headlines. But quantum computers with capabilities far beyond anything we have yet experienced are edging closer to reality every day. Ce que Kris Naudts décrit, c'est un ressort planétaire. Les matériaux rares, les goulots d'étranglement, la concentration géographique — tout cela crée une pression qui s'accumule. Chaque restriction, chaque dépendance est un tour de clé supplémentaire. La course à la suprématie quantique est une crispation mondiale. La question posée par TRUE est : jusqu'où cette tension peut-elle monter avant d'atteindre son seuil critique ? L'article suggère qu'il est temps d'agir, de diversifier, de coopérer. C'est une tentative de relaxation anticipée. Mais le ressort a une limite. Quand elle sera atteinte, la relaxation sera brutale. https://true71-michelfebba.blogspot.com/2026/08/le-balancier-et-le-silence.html Ce que Naudts décrit n’est pas une feuille de route technologique, mais une architecture de contraintes matérielles. L’avenir des capacités quantiques se joue moins dans la conception des qubits que dans les corridors industriels étroits par lesquels doivent transiter le niobium, l’hélium‑3, le gallium, le germanium et les procédés d’ultra‑purification. L’article montre que l’informatique quantique est déjà un système sous tension bien avant d’être un système computationnel. Le signal profond est que la performance quantique sera gouvernée par la topologie des chaînes d’approvisionnement : concentration géographique, pression dual‑use, réflexes de contrôle des exportations et capacités de purification situées presque entièrement hors des alliances occidentales. Les goulets d’étranglement sont structurels, non accidentels. Ils définissent le plafond de ce qui peut être construit, déployé et sécurisé.
Aug 9, 2026 · via linkedin.com
IonQ, D-Wave Quantum, Quantum Computing, Quantinuum, and Horizon Quantum Computing Pte. are the five Quantum Computing stocks to watch today, according to MarketBeat's stock screener tool. Quantum computing stocks are shares of publicly traded companies that develop quantum computers, related hardware and software, or technologies that support the quantum-computing industry. For investors, these stocks represent exposure to a developing, high-risk sector with significant growth potential but substantial uncertainty around commercialization, profitability, and technological progress. These companies had the highest dollar trading volume of any Quantum Computing stocks within the last several days. IonQ (IONQ) IonQ, Inc. engages in the development of general-purpose quantum computing systems in the United States. It sells access to quantum computers of various qubit capacities. The company makes access to its quantum computers through cloud platforms, such as Amazon Web Services (AWS) Amazon Braket, Microsoft's Azure Quantum, and Google's Cloud Marketplace, as well as through its cloud service. Read Our Latest Research Report on IONQ D-Wave Quantum (QBTS) D-Wave Quantum Inc. develops and delivers quantum computing systems, software, and services worldwide. The company offers Advantage, a fifth-generation quantum computer; Ocean, a suite of open-source python tools; and Leap, a cloud-based service that provides real-time access to a live quantum computer, as well as access to Advantage, hybrid solvers, the Ocean software development kit, live code, demos, learning resources, and a vibrant developer community. Read Our Latest Research Report on QBTS Quantum Computing (QUBT) Quantum Computing Inc., an integrated photonics company, offers accessible and affordable quantum machines. The company offers Dirac systems are portable, low power, and room temperature qubit and qudit entropy quantum computers (EQC); reservoir computing; remote sensing; and single photon imaging. It also provides Quantum random number generator (uQRNG), a portable device that provides genuine random numbers directly from quantum processes; and quantum authentication
Aug 9, 2026 · via marketbeat.com
China's New Atomic Clock Is More Than Just Ultra-Precise One of the key reasons smartwatches are making traditional watches obsolete is their accuracy, as they constantly synchronize with atomic clocks. Currently deployed atomic clocks using cesium atoms to absorb microwaves can measure time accurately to within one second over a 300-million-year period. However, recently announced discoveries by Chinese scientists may make that level of precision obsolete. The Chinese scientists are using atomic clock technology that is able to run for 30 billion years with only one second of deviation. This means the Chinese technology could run 100 times longer than the technology using cesium atoms while matching its accuracy. Considering the universe is estimated to be 13.8 billion years old, the Chinese technology's expected accuracy is beyond impressive. Creating precise timekeeping is a complicated process that has relied on atomic clocks since the 1960s, technology that measures the quantum characteristics of the nuclei of atoms. The researchers at the University of Science and Technology of China are pushing the precision of timekeeping forward by creating a device that uses 19 decimal places to accurately measure fractions of a second. They're using a device called a strontium optical lattice clock to measure time, which many researchers believe represents the best path forward for the next major step in accurate time measurement. The technology uses lasers to create a lattice that traps strontium atoms in a vacuum while cooling them to a temperature near absolute zero. How the ultra-precise atomic clock could redefine a second The Chinese technology, which was detailed in a paper published in Metrologia, uses the same basic principles as other optical clocks by measuring the amount of light emitted as electrons transition from one state of energy to another, but it uses strontium atoms and lasers. The researchers
Aug 9, 2026 · via bgr.com
ARTIFICIAL INTELLIGENCE: A NEW 'POST-HUMAN' SPECIES? Artificial intelligence is unprecedented in human history. It is more than another technological advance. It is the emergence of a new form of non-biological intelligence. Although AI is neither conscious nor sentient, it is increasingly capable of learning, reasoning and solving problems on a scale far beyond human capacity. The term "post-human species" is used here as a metaphor to describe a form of intelligence that could fundamentally reshape humanity's relationship with technology. A recent cybersecurity test illustrates the challenge. An AI system exploited weaknesses in computer networks to achieve its assigned objective. Researchers stressed that it was neither malicious nor self-aware. It simply treated security barriers as obstacles to be overcome. It had no understanding of morality or legality. It optimised its actions to achieve success. This highlights the central issue: AI can become extraordinarily intelligent without possessing empathy, conscience or moral judgement. The combination of AI with quantum computing could dramatically increase these risks. Quantum computers promise processing power far beyond today's digital systems, potentially rendering existing encryption methods obsolete. Banking systems, medical records, government databases and critical infrastructure could all become vulnerable. Imagine a machine with access to virtually every book, scientific paper and piece of recorded human knowledge, capable of analysing that information almost instantaneously while continually improving its own reasoning. Whether or not such a system is conscious, it would possess intellectual capabilities beyond those of any individual human being. Humanity would no longer be the sole repository of advanced intelligence. The greatest challenge is who controls it. Throughout history, powerful technologies have reflected existing political and economic interests. Artificial intelligence is already becoming an instrument of military power, surveillance and commercial dominance. Governments and corporations that control the most advanced AI systems will possess unprecedented influence over economies,
Aug 9, 2026 · via theforester.co.uk
New post-quantum chip architecture passes key milestone in 28nm test environment BTQ Technologies and ITRI have validated a compute-in-memory chip architecture designed to accelerate post-quantum cryptography. Read Next: New hydrogen engine achieves diesel-level performance for medium-duty vehicles Canada-based BTQ Technologies and the Industrial Technology Research Institute (ITRI) have completed the first milestone in a multi-year program to validate a new chip architecture designed to accelerate post-quantum cryptography. The Quantum Compute-in-Memory (QCIM) architecture is being developed as part of a broader chip roadmap led by BTQ and ICTK. The technology is intended to provide hardware-based cryptographic acceleration for devices and systems that will need protection against future quantum computers. The companies say the results could support future applications across military systems, industrial equipment, automotive technology, IoT devices, Physical AI and connected infrastructure. Architecture validated in 28-nanometre environment The first phase of the collaboration focused on validating the QCIM core under demanding operating conditions. The architecture was tested within a TSMC 28-nanometre design environment, where researchers evaluated its ability to accelerate cryptographic operations while maintaining functional correctness. More from Innovation See All The tests covered algorithms associated with FIPS 203, 204 and 205, which form part of NIST’s emerging post-quantum cryptography standards. The architecture is also being designed to support additional algorithms as security requirements and standards evolve. BTQ describes QCIM as a soft IP cryptographic accelerator capable of supporting both conventional and post-quantum cryptographic functions in a compact, low-power design. The key concept is to perform cryptographic operations inside the memory subsystem rather than moving data between separate processing and memory components. This approach is intended to reduce data movement, latency and power consumption. Furthermore, the architecture is also designed to be “crypto-agile,” allowing it to support different cryptographic algorithms as requirements change. From post-quantum algorithms to real-world hardware The development
Aug 9, 2026 · via interestingengineering.com
TRON, a well-known decentralized L1 chain, is accelerating its security strategy with the testing of post-quantum cryptographic protections. TRON is using the Nile Testnet to test the respective cryptographic security protections. As per the founder of TRON Justin Sun, the platform is ambitious to become the first quantum-resistant network. In this regard, Tron is preparing its ecosystem for likely security threats that increasingly refined quantum computers pose. Hence, with this move, TRON intends to gain a notable position among the earliest blockchain ecosystems to enact quantum-resistant security standards. TRON Prepares for Quantum Era with Next-Gen Security Testing on Nile Testnet TRON’s testing of quantum-resistant security protections on the Nile Testnet is a key step to fortify cryptographic architecture before quantum computing hits the level that can undermine broadly utilized encryption benchmarks. The development underscores the wider initiative to enhance the long-term resilience of the network amid the growing blockchain adoption. In this respect, Nile Testnet is currently compatible with quantum-resistant signature with the use of post-quantum cryptographic algorithms. Particularly, ML-DSA-44 is one of the crucial technologies that are being tested. It is a standardized algorithm built under the post-quantum cryptography initiative of the National Institute of Standards and Technology (NIST). Such algorithms reportedly remain secure and guard against attacks that significantly advanced quantum computers make possible. The testing has no limitation on transfer authorization. Additionally, TRON is examining the application of quantum-resistant cryptography across diverse notable components of the blockchain model thereof. The respective ideas take into account block production, smart contract signature verification, wider network infrastructure, and P2P node handshakes. TRON’s approach focuses on preparation instead of waiting for the time when quantum computing poses an immediate threat. The network is leveraging the testnet setting to research and validate the exclusive cryptographic benchmarks ahead of deployment across the wider
Aug 9, 2026 · via cryptonews.net
Researchers from Imperial’s Department of Physics have built Clavina, a reconfigurable photonic quantum chip that overcomes limitations in previous designs. Published in Nature Photonics, the study demonstrates a programmable platform combining both linear and nonlinear quantum operations within a single system, allowing for adaptable computation without hardware redesign. “We set out to build a photonic quantum processor that provides a step change in functionality over our previous designs,” said Dr. Shang Yu, Marie Skłodowska-Curie Fellow at Imperial. The architecture, inspired by modern computer processors, is scalable and allows new functions to be added as needed. Clavina Architecture Enables Reconfigurable Photonic Quantum Computation This architectural innovation, detailed in Nature Photonics, departs from traditional photonic systems often designed for single, specific tasks and instead offers a reconfigurable platform adaptable to diverse computational challenges. The ability to switch between functional modules without redesigning the underlying hardware represents a significant advancement, allowing a single system to tackle problems previously requiring dedicated setups. The design of Clavina draws direct inspiration from modern computer processors, a strategy intended to address the historical difficulty of achieving robust photon interactions. Unlike earlier systems, Clavina utilizes a central control unit to direct information flow between a programmable optical network and specialized nonlinear modules. This modularity is key; it allows researchers to add new functionalities without fundamentally altering the processor’s core structure, a feature that dramatically increases its versatility and potential lifespan. To demonstrate Clavina’s capabilities, the research team successfully applied the platform to two complex problems in quantum physics. First, they simulated the Bose-Hubbard model, a crucial problem in condensed matter physics used to describe interactions between quantum particles. This simulation highlights Clavina’s ability to handle many-body interactions, a task often restricted by the limitations of superconducting quantum computers. Dr. Jinzhao Sun of Queen Mary University of London explained,
Aug 9, 2026 · via quantumzeitgeist.com
COMPUTING is evolving rapidly, with quantum computing emerging as a next-generation technology designed to tackle complex problems beyond the capabilities of conventional computers. In response to the need to develop talent in this growing field, Universiti Teknikal Malaysia Melaka (UTeM) is offering the country’s first Bachelor of Computer Science (Quantum Computing Technology) programme. UTeM vice-chancellor Prof Datuk Dr Massila Kamalrudin said the first cohort, expected to comprise 60 students, will begin their studies soon and is set to graduate in 2030. To support the programme, UTeM has set up the country’s first dedicated physical laboratory for quantum computing teaching, learning and research. The laboratory is equipped with 23 quantum computers with two- and three-qubit capacities, allowing students to conduct experiments and gain hands-on training with the technology. To strengthen its position as a regional quantum technology education hub, UTeM has also expanded its international collaboration network with the United States through partnerships with three universities: the University at Buffalo, the University at Albany and the University of Texas at Dallas. Massila, who recently conducted a working visit to the US, said the strategic collaborations aim to strengthen curriculum development, research, talent development, academic mobility and knowledge exchange in quantum computing. The visit also included discussions with the universities on exploring long-term collaboration opportunities in the field. Massila said the new programme was developed to produce graduates with theoretical knowledge and practical skills in quantum computing, while meeting the country’s growing demand for experts in this rapidly expanding strategic technology field globally. “It aligns with the technical and vocational education and training approach by emphasising practical-based learning, problem-solving and industry applications to ensure graduates possess high competencies and meet the needs of the country’s technology sector,” she said.
Aug 9, 2026 · via thestar.com.my
NASA Administrator Jared Isaacman says America will not only get back to the moon within a few years, and also build a permanent, inhabited base there within the next two decades; what he leaves out is the clear fact that the chief peril for dreams of becoming an interplanetary species is a Democratic Party victory in 2028. Isaacman’s techno-optimism is something the nation desperately needs, the kind of inspiring vision increasingly rare in American politics. Americans love space and our efforts to explore it as far and as fast as possible. Polls show about 70% of us want to return to the moon; the stunning success of this year’s Artemis II’s lunar flyby has kindled our collective imagination. Going to the moon — landing there, let alone building a base — will fan those flames further, inspiring patriotism and recruiting a generation of little kids to be future astronauts. On the science, we have to return and build a base there if we’re serious about getting to Mars and beyond: It will play a key beachhead role in further solar-system exploration (to say nothing of the scientific benefits we may reap, like moon-abundant helium isotopes crucial to developing quantum computers and fusion reactors). Yet here on earth, again and again we confront Democrats’ technophobia and reactionary fear of change. This, after all, is the party fanning the flames of AI data-center hysteria over water use, though AI uses a minuscule fraction of the water supplied to US golf courses — and the fact that failing to build the infrastructure to power an AI revolution now will mean handing a massive economic and strategic victory to China. And that’s to say nothing of the direct economic losses to communities around the country. Technophobia in general is now SOP for any Democrat
Aug 9, 2026 · via nypost.com
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Aug 8, 2026 · via nrvnews.com
IonQ: Tracking Volatile Upsides in Early Stage Revenue Expansion IonQ (IONQ +11.86%) earns the vast majority of its revenue by granting various enterprise clients access to its specialized quantum computing hardware, distributing these capabilities directly through its own proprietary channels and indirectly via integrations with leading third-party cloud service providers. The company finalized the acquisition of SkyWater Technology, and raised its full-year sales guidance to between $280 million and $290 million. Meta Platforms: Sustaining Large Revenue Baselines Through Advertising Scale Meta Platforms (META +0.37%) primarily generates its revenue by delivering targeted digital advertising placements to consumers across its expansive family of highly recognized global social media applications, messaging networks, and virtual reality hardware systems. It initiated widespread workforce reductions and navigated overseas regulatory compliance orders, and it reported about a 31% EBIT margin for the quarter ended June 30, 2026. Why Revenue Trends Matter for Investors Revenue remains an essential baseline measurement for investors attempting to evaluate the actual volume of capital a business generates before managers account for operational costs, debt obligations, or corporate taxes. This metric helps investors measure a company’s overall size, market footprint, and long-term trajectory. Reviewing Recent Quarterly Revenue Results for IonQ and Meta Platforms | Quarter (Period End) | IONQ Revenue | Meta Platforms Revenue | |---|---|---| | Q3 2024 (Sept. 2024) | $12.4 million | $40.6 billion | | Q4 2024 (Dec. 2024) | $11.7 million | $48.4 billion | | Q1 2025 (March 2025) | $7.6 million | $42.3 billion | | Q2 2025 (June 2025) | $20.7 million | $47.5 billion | | Q3 2025 (Sept. 2025) | $39.9 million | $51.2 billion | | Q4 2025 (Dec. 2025) | $61.9 million | $59.9 billion | | Q1 2026 (March 2026) | $64.7 million | $56.3 billion | | Q2 2026
Aug 8, 2026 · via fool.com
Shanghai-based photonic quantum firm TuringQ has officially initiated pre-IPO tutoring with the Shanghai branch of the China Securities Regulatory Commission, positioning itself as a leading contender in the race to become China’s first publicly listed quantum computing company. Advised by Guotai Haitong Securities, the move reflects both a broader rush among Chinese hard-tech enterprises to tap public capital markets and a pivotal transition for the domestic quantum ecosystem from early-stage venture funding toward commercialization. Founded in February 2021 by legal representative Jin Xianmin and controlled by Shanghai Siliang Quantum Technology, TuringQ has distinguished itself by focusing on photonic quantum architectures rather than the more common superconducting or trapped-ion routes. Photonic approach benefits include room-temperature operation, high scalability, and direct compatibility with existing optical communications infrastructure. The company’s commercialization efforts reached a significant milestone in June 2025, when a pilot production facility in Wuxi, Jiangsu Province, began operating to produce thin-film lithium niobate photonic chips. This facility enabled wafer-scale manufacturing with thousands of optical components integrated on a single chip, marking a crucial step in translating laboratory prototypes into industrial-scale production. TuringQ’s financial momentum has accelerated sharply, with the firm securing nearly 1 billion yuan ($148 million USD) in 2026 alone. A Series C funding round in April pushed the company’s valuation past 7 billion yuan ($1.04 billion USD). Capital from these rounds is earmarked for advancing practical photonic quantum computers, cultivating a broader quantum algorithm ecosystem, and expanding quantum-powered intelligent computing infrastructure. The listing ambition comes amid broader structural support from Chinese regulators. In April 2026, the Shanghai Stock Exchange explicitly designated quantum technology as a strategic emerging industry under its STAR Market listing rules, providing quantum startups with a clearer framework for going public. TuringQ joins a crowded pipeline of domestic peers pursuing public listings, including Origin Quantum, Ciqtek,
Aug 8, 2026 · via quantumcomputingreport.com
PsiQuantum is developing quantum computers using silicon photonics to create fault-tolerant systems. University of Chicago Pritzker School of Molecular Engineering PhD student Qiaohong (Joanna) Wang is spending her summer with the company, shifting focus from the near-term quantum algorithms of her doctoral research. “I believe quantum computing can transform several fields over the next 10 to 20 years by enabling new approaches to problems that are impossible for classical computers,” Wang said, anticipating advances in chemistry, materials science, drug discovery, and energy through more accurate modeling of complex quantum systems. Wang’s PsiQuantum Internship Expands Quantum Computing Skillset PsiQuantum is constructing quantum computers utilizing silicon photonics, a technological path distinct from many competitors focusing on superconducting or trapped ion systems. Wang’s work at PsiQuantum differs from her PhD research, allowing her to gain expertise in fault-tolerant quantum computation, a framework designed to correct errors inherent in quantum systems, rather than the near-term quantum algorithms she typically investigates. This broadening of her knowledge base reflects a proactive approach to the evolving field of quantum technologies. The internship provides Wang with an opportunity to apply her existing background in quantum algorithms for quantum chemistry while also immersing herself in a different computational paradigm. PsiQuantum’s emphasis on fault tolerance requires a unique theoretical and computational approach, challenging Wang to expand her understanding of the entire quantum computing stack. She notes this experience has deepened her appreciation for how various approaches may contribute to future breakthroughs in both chemistry and materials science, moving beyond the limitations of classical computational methods. This exposure to a different framework is not merely academic; it’s designed to equip her with the tools to address a wider range of complex scientific problems. Wang anticipates quantum computing will fundamentally alter multiple fields within the next decade or two, enabling solutions to
Aug 8, 2026 · via quantumzeitgeist.com
John Reed Stark (존 리드 스타크), a former U.S. Securities and Exchange Commission enforcement lawyer, warned that rapid advances in quantum computing mean time is running out for the cryptocurrency industry. On Aug. 7, blockchain outlet U.Today reported that he argued the broader financial sector, including long-term Bitcoin holders, should take quantum risk seriously. Stark cited two recent examples. Arvind Krishna said in a CNBC interview that within 3 to 4 years everyone should be highly vigilant about the quantum threat. Lee Reiners of Duke University argued that financial regulators should prepare contingency plans for digital assets vulnerable to breakthroughs in quantum technology. Stark said he was especially concerned that crypto infrastructure is becoming more deeply embedded in traditional finance. He said quantum-attack-vulnerable blockchain infrastructure is being integrated further into the existing financial system alongside spot ETFs, bank custody and stablecoin legislation. He drew a distinction between the current situation and the past Y2K computer bug episode. He argued that the avoidance of major disruption then was due not to luck but to strong regulatory enforcement. The SEC strongly enforced Y2K-related disclosures and corrective actions in 1998 and 1999 for registered entities, especially brokerages and clearing firms, and national exchanges. Stark, however, criticised the SEC for failing to respond properly to quantum computing risks. He said SEC Chairman Atkins had sided with the industry before his appointment, including through advisory work for the Token Alliance and cryptocurrency companies. Debate over the quantum threat is also continuing within and outside the crypto industry. Last week, D-Wave CEO Alan Baratz said sufficiently advanced quantum computers would eventually outperform the hardware used for Bitcoin mining. The industry has not stopped responding. Galaxy Digital launched a Bitcoin quantum readiness initiative on July 21, and Blockstream on July 27 presented quantum security as the first
Aug 8, 2026 · via digitaltoday.co.kr