SINGAPORE — Tech giant IBM said Asia-Pacific is positioned to lead the next phase of enterprise artificial intelligence as organizations shift from isolated AI projects to operating AI across their businesses, underpinned by digital sovereignty, hybrid cloud and quantum computing. Enterprises are entering a new phase in which AI becomes part of core business operations rather than a productivity tool. The company outlined an AI operating model built around intelligence, action, operations and trust, while unveiling new AI, data and quantum technologies and regional collaborations, IBM executives said at the IBM THINK on Tour Singapore on July 21 at the Marina Bay Sands Expo & Convention Center. “Asia-Pacific is uniquely positioned to be a leader in the race to AI-first enterprises,” said Hans Dekkers, general manager, IBM Asia-Pacific. “The region is already navigating the realities of fragmented regulations, data sovereignty requirements, and complex hybrid environments at scale. By treating this complexity as a strategic advantage, and building AI that is sovereign by design, organizations here are setting the global benchmark for how trusted AI is governed and scaled.” Dekkers compared the rise of agentic AI to previous technological shifts involving personal computers, the internet and smartphones, saying enterprises will need to redesign how they operate. “The next chapter is already unfolding, which is the era of agents,” he said. “We will have a multitude of agents working alongside us in our normal lives, but also on the enterprise side.” He said organizations that fail to modernize their operating models risk falling behind as AI increasingly influences business decisions and workflows. “And together with a lot of our clients, we’ve been working on a playbook — the definitive playbook on how to do this for the enterprise,” Dekkers said, describing IBM’s framework of intelligence, action, operations and trust as the foundation
Jul 26, 2026 · via manilatimes.net
Quantum networking has long faced a deployment problem that had nothing to do with physics: the fiber it needs already belongs to someone else. Commercial fiber-optic cables carry millions of internet users' traffic, and the conventional assumption was that a quantum signal — fragile, individual-photon-scale, instantly destroyed by a single stray photon of noise — could never share that environment. Building a quantum internet, therefore, meant leasing or laying dedicated "dark fiber" that carries nothing else, a requirement that has proven cost-prohibitive and impractical and has stalled real-world deployment for years. A team at Northwestern University has just erased that assumption — in the real world, on a live city network. Researchers at Northwestern's McCormick School of Engineering transmitted entangled photons 24.4 kilometers (15.2 miles) through a deployed commercial fiber-optic link between the university's Evanston campus and downtown Chicago, while that same cable simultaneously carried 1.6 terabits per second of live commercial internet traffic. The entangled signals survived the journey with a Bell state fidelity of 94.2% — a level that is physically impossible for any classical communications system to replicate, and statistically identical to what the team measured on the same link with no commercial traffic at all. That result is documented in the published study, led by professor Prem Kumar and graduate student Gina Talcott. The study was published July 20, 2026 in the journal Optica Quantum. It marked the first demonstration of entanglement distribution between two physically remote, independently synchronized nodes coexisting with modern commercial telecommunications traffic on the same deployed fiber. The result means that, in principle, every fiber-optic cable already in the ground is a candidate for quantum network use — a finding that significantly compresses the timeline and cost of building the quantum internet. Northwestern's official press release details the full scope of the
Jul 26, 2026 · via techtimes.com
Key Points - The quantum computing industry may be approaching its gold rush era. - Nvidia, Microsoft, and Alphabet all stand to gain a lot from the growth of the space. Folksy wisdom holds that the surest way to make money during a gold rush was to sell shovels rather than swing picks. As with many emerging industries, quantum computing could be reviving that old dynamic, at least for a while, and it's no surprise why. In particular, Nvidia(NASDAQ: NVDA), Microsoft(NASDAQ: MSFT), and Alphabet (NASDAQ: GOOG)(NASDAQ: GOOGL) -- none of which earn a meaningful sum from quantum yet -- could prove to be the best upstream providers to the quantum computing industry. The whole industry could be worth as much as $4.4 billion by 2028, according to research by McKinsey, up from being worth $1 billion today. Missed Nvidia in 2009? This Rare Signal Is Flashing Again.In 2009, a "Double Down" signal flashed for a little-known chipmaker called Nvidia. For the first time in years, that same "Total Conviction" signal is flashing for a company 1/100th the size of Nvidia. Continue » Which of these three businesses is best positioned to capture a slice of that growth, not to mention whatever happens in the long run? Nvidia is already selling shovels to everyone Nvidia doesn't build a quantum chip, and it might not ever. Its CUDA-Q software runs on most public quantum processors, splitting each job between graphics processing units (GPUs) and the qubit hardware. In October 2025, it launched NVQLink, an interconnecting layer wiring those processors to its own GPUs, and 17 quantum builders and nine national labs were using its solution within weeks. Another underlying theme here is that any fault-tolerant quantum computer will need plenty of classical computing power besides qubits to decode errors, and Nvidia sells
Jul 26, 2026 · via theglobeandmail.com
Coinbase is warning that the crypto industry needs to prepare for a post-quantum future, developing post-quantum custody technology while contributing engineers and funding to network security efforts. The company says uncertainty remains over when quantum computers could threaten digital assets, making early preparation essential. A Quantum Computer Could One Day Break Crypto Security — Coinbase Is Preparing Now Key Takeaways - Coinbase is building a quantum-resistant version of the system protecting about 99.9% of its custodial assets. - The company will bring Bitcoin developers, cryptographers and researchers together at Stanford in August. - The company is contributing funding and engineers to Bitcoin’s wider post-quantum security effort. Coinbase Warns Crypto’s Protection Could Eventually Break Crypto exchange Coinbase (Nasdaq: COIN) has started preparing its custody systems and infrastructure for a future in which powerful quantum computers could defeat the cryptography protecting Bitcoin, Ethereum and other blockchain networks. Coinbase Chief Information Security Officer Jeff Lunglhofer outlined the company’s position in a July 23 company blog post: “A large-scale quantum computer capable of breaking current cryptography will eventually be built. No one knows exactly when. But the work to prepare needs to start now, not when it’s urgent.” The company said its Independent Advisory Board on Quantum Computing and Blockchain has high confidence that a fault-tolerant quantum computer will eventually be developed. Coinbase formed the board to assess long-term quantum risks facing digital assets, according to Coinbase’s quantum advisory board announcement. “The cryptography that secures virtually every major blockchain is vulnerable when it arrives. The threat is not imminent, but the timeline is genuinely uncertain,” Lunglhofer added. The warning does not suggest that quantum computers can currently defeat the cryptography securing major blockchains. Instead, Coinbase argues that upgrading global blockchain systems, moving millions of users and replacing vulnerable cryptographic methods could take years, making
Jul 26, 2026 · via news.bitcoin.com
The Republic of Ireland, a nation of 5.4 million people and a GDP of $779 billion, on the western edge of Europe, has been a technology powerhouse since the Celtic Tiger era of the 1990s. Now, as a national priority, the country has its eyes on becoming a global quantum technologies leader. Its Quantum 2030 vision, first launched in 2023 and now entering the implementation phase, articulates a bold set of actions that are aimed at making Ireland an internationally competitive quantum hub for research, innovation, and collaboration. Ireland is not alone and the race for quantum leadership is well underway. Governments around the world including the United States, Australia, India, China, and the European Union are investing heavily in research, infrastructure, and commercialization. Quantum technologies promise breakthroughs in computing, simulation, sensing, communications, and cryptography that may transform almost every industry. The prize for nations that succeed in quantum innovation includes economic advantages, scientific influence, and geopolitical relevance. This clear opportunity is not lost on the political, business, and academic sectors of Ireland and they’re now fully committed with a plan to becoming a serious player in a set of profoundly disruptive technologies. Is Ireland Ready To Make A Quantum Leap? The Republic of Ireland has credentials that make it an ideal environment for success in quantum technologies. It already has an impressive track record in fundamental quantum science and technologies such as photonics, electronics and nanofabrication. The country also hosts a rich portfolio of international and local technology companies in many of its major cities including Dublin, Cork, Galway, and Limerick. Over the past few decades, leading Silicon Valley firms including Google, Microsoft, Meta, and Apple have established significant operations and made Ireland a top destination for technology investment, talent, and innovation. Dr. Meric Kucukbas, a quantum technologist with
Jul 25, 2026 · via forbes.com
Quantum stocks have pulled back in July, reminding investors that exciting technology stories rarely move in a straight line. The Defiance Quantum ETF, which provides exposure to a broad basket of quantum-related companies, has fallen about 16% during the month after climbing to record levels earlier this summer. Claim 55% Off TipRanks QUBX: an alternative to margin or options on QUBTWhile many high-growth technology stocks have experienced profit-taking as investors shifted toward other parts of the market, quantum companies, in particular, have seen their lofty valuations come under scrutiny given that they remain years away from producing sustainable earnings. The selling has been especially severe for two of the industryâs best-known pure-play companies. IonQ (NYSE:IONQ) has dropped about 38% during July, while Quantum Computing (NASDAQ:QUBT), often referred to as QCi, has declined ~23%. Although both companies are working toward the same long-term opportunity, they rely on very different technologies and commercial strategies. IonQ builds quantum computers using trapped-ion technology, which has earned recognition for producing highly accurate qubits. The company sells access to its systems through leading cloud platforms, including Amazon Braket and Microsoft Azure Quantum, while also expanding into quantum networking and seeking greater semiconductor capabilities through its proposed SkyWater acquisition. Quantum Computing has taken another path by focusing on quantum photonics, using particles of light instead of trapped ions to perform quantum calculations. Alongside its computing platform, the company is expanding optical chip manufacturing and foundry services through its acquisitions of Luminar Semiconductor and NHanced Semiconductors. Both businesses believe quantum computing will eventually transform computing, although they are pursuing very different routes toward commercial success. With both quantum stocks trading well below their recent highs, which one offers the more compelling buying opportunity after the selloff? Investor Robert Izquierdo, who writes for the Motley Fool, believes IonQ deserves
Jul 25, 2026 · via tipranks.com
About
Press
Copyright
Contact us
Creators
Advertise
Developers
Terms
Privacy
Policy & Safety
How YouTube works
Test new features
NFL Sunday Ticket
© 2026 Google LLC
Jul 25, 2026 · via youtube.com
Welcome to this week’s quantum technology digest. We’ve compiled the ten most impactful stories from the past seven days, offering a snapshot of rapid development across the field. This week’s news reflects continued investment in core quantum capabilities alongside exploration of near-term applications. Several articles point to a strong focus on error correction and qubit engineering. IBM expanded its resources through acquisition and integration of new tools, while research teams pursued advances in qLDPC codes and AI-assisted correction methods. Funding announcements from DARPA and the DOE demonstrate ongoing government support for validating designs and improving system performance. Beyond hardware, developers are gaining tools for resource estimation and identifying practical uses for existing quantum computers. D-Wave’s public listing and collaborative work from Quantinuum and SoftBank signal increasing commercialization efforts. IonQ’s demonstration of energy efficiency for quantum AI adds to a growing body of evidence for specific computational advantages. 1. PsiQuantum Secures $125M DARPA Award to Validate Quantum Designs PsiQuantum received a $125 million agreement from the Defense Advanced Research Projects Agency to support rigorous testing under the Quantum Benchmarking Initiative. The company is one of two participants in the program’s final Stage C, which verifies a complete quantum computing approach—hardware, software, and operations—beyond theoretical designs. This performance-based award will fund testing at PsiQuantum’s California and Illinois facilities, strengthening their photonic approach to scaling quantum systems and addressing challenges in cooling and connectivity. Micah Stoutimore of DARPA indicated a utility-scale quantum computer may be realized by 2033, and DARPA was assessing viable pathways to this goal at the time of the agreement. 2. Microsoft’s Tool Estimates Quantum Algorithm Resource Needs for Varied Hardware Microsoft has released the Quantum Resource Estimator (QRE) within its Quantum Development Kit to help developers forecast the hardware requirements of quantum algorithms. The QRE translates programs into estimates
Jul 25, 2026 · via quantumzeitgeist.com
Microsoft has released a new tool within its Quantum Development Kit designed to address a core challenge in building practical quantum computers: accurately estimating the resources required to run complex algorithms. The Quantum Resource Estimator, or QRE, transforms quantum programs into detailed hardware estimates, allowing developers to compare performance across any qubit technology, error-correction scheme, or hardware configuration. This capability is particularly crucial as fault-tolerant quantum computing, relying on quantum error correction, inherently increases the number of physical qubits and runtimes needed for reliable operation. According to Principal Program Manager Hariharan Ragunathan, the QRE answers the practical questions of cost and scale facing quantum algorithm designers: “How many physical qubits will this need? How long will it run?” The QDK also supports quantum programs written in Cirq, OpenQASAM, and Qiskit, alongside its native Q#, demonstrating a commitment to interoperability within the quantum computing landscape. Achieving practical quantum computation demands more than simply increasing qubit counts; understanding resource requirements is paramount, and Microsoft’s Quantum Resource Estimator offers a novel approach to forecasting hardware needs. The QRE’s core strength lies in its layered, composable modeling approach. Rather than a single, rigid configuration, developers build three independent models, application, architecture, and error correction, and combine them. This decoupling allows for rapid experimentation; as Hariharan Ragunathan, Principal Program Manager, explains, “Want to see how the same algorithm fares on neutral-atom versus Majorana hardware? Change one model.” This modularity facilitates genuine comparisons, enabling researchers to assess trade-offs between qubit counts, runtime, and error rates. The QRE accepts quantum applications from a diverse range of languages, including Q#, Cirq, OpenQASM, QIR, and even logical counts, demonstrating a commitment to interoperability. With native QIR support, programs from different quantum ecosystems can seamlessly integrate into the same resource-estimation pipeline. Beyond simply translating quantum algorithms into hardware requirements, Microsoft’s
Jul 25, 2026 · via quantumzeitgeist.com
Argonne National Laboratory researchers are developing an artificial intelligence agent to automate the design of quantum circuits for nuclear physics calculations. The system will evaluate workflows based on performance metrics including gate count, circuit depth, and expected accuracy, optimizing performance beyond simply achieving a running circuit. This AI will explore encoding schemes, algorithms, and hardware configurations using reinforcement learning to identify efficient quantum solutions tailored to complex nuclear problems. The project directly addresses a challenge area within the DOE Genesis Mission, focused on discovering quantum algorithms with AI for nuclear and hadronic systems, and will initially target nuclear structure and scattering problems during its first phase of development. The long-term goal is a tool that accelerates quantum computing adoption in nuclear physics, enabling solutions to problems inaccessible to classical computation or manual design. The pursuit of quantum simulations for nuclear systems faces a critical bottleneck: designing efficient quantum workflows. Translating complex physics into executable circuits demands expertise across encoding methods, algorithms, and hardware, a process currently performed manually and prone to suboptimal outcomes. An Argonne-led team is tackling this challenge with an artificial intelligence agent designed to automate workflow creation and optimize circuits by learning to explore the design space. Researchers report that the system will learn to design quantum workflows by exploring encoding schemes, algorithmic strategies, and hardware configurations. Phase I efforts will concentrate on nuclear structure and scattering problems, demonstrating the AI’s ability to generate competitive circuits; ultimately, the team envisions a broadly applicable tool that will accelerate quantum computing adoption within nuclear physics, allowing researchers to address problems currently intractable for both classical computers and manual quantum-circuit design. This focus indicates a shift from simply applying quantum computing to actively discovering the most effective quantum solutions. See today’s quantum computing news on Quantum Zeitgeist for the latest
Jul 25, 2026 · via quantumzeitgeist.com
IonQ, D-Wave Quantum, Quantinuum, Quantum Computing, and Horizon Quantum Computing Pte. are the seven Quantum Computing stocks to watch today, according to MarketBeat's stock screener tool. Quantum computing stocks are shares of publicly traded companies involved in developing quantum computers, quantum software, related hardware, or supporting technologies. For stock market investors, these stocks represent exposure to the potential growth of quantum computing, but they may also carry significant risks because the industry is still emerging, highly speculative, and subject to technological and commercial uncertainty. 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 Quantinuum (QNT) Quantum computing is quickly evolving from research to early commercial adoption to address the insatiable need for computing power in the digital age. Even as classical computing continues to advance in energy-efficient performance, the huge computational demands of new applications such as artificial intelligence (“AI”) are making it challenging for classical computing to keep
Jul 25, 2026 · via marketbeat.com
Analysts see big upside potential in some quantum computing stocks. Three companies that stand out currently are Xanadu Quantum Technologies (XNDU), Rigetti Computing (RGTI), and Quantum Computing Inc. (QUBT). Analysts say these stocks have room for 100% or more upside if adoption grows. Claim 55% Off TipRanks Explore QUBX for 2X leverage on QUBTXanadu Quantum Technologies (XNDU) Xanadu is one of the few quantum startups focused on photonic quantum computers, which use light instead of superconducting circuits. The companyâs openâsource software platform PennyLane and its push toward scalable photonic hardware are positive factors. Since the company is still early in its commercial ramp, even modest contract wins could move the stock sharply. The stock has earned an analyst consensus of Moderate Buy. With an average price target of $44.00, the stock has an upside potential of 328.02%. Rigetti Computing (RGTI) Rigetti is making efforts to lower costs and improve chip performance. The companyâs latest quantum processing units show better error rates and stronger coherence, which could help it compete more directly with larger players. Rigetti also has active government and enterprise pilots, giving it a clearer commercial path than many peers. The companyâs upside comes from its ability to keep improving its hardware and land more paid projects. RGTI stock has an analyst consensus of Moderate Buy, with an average price target of $30.71, suggesting an upside of 117.06%. Quantum Computing Inc. (QUBT) QUBT stands out for its focus on quantumâready software and quantumâsafe security tools, rather than pure hardware. The companyâs growing suite of apps, aimed at cybersecurity and defense use cases, supports its growth. Interestingly, the stock has major upside if government and enterprise demand picks up. QUBT stock has an analyst consensus of Moderate Buy and carries an average price target of $16.00, indicating a 115.34% upside
Jul 25, 2026 · via tipranks.com
25 Jul TECHNOLOGY TRENDS KEYNOTE SPEAKER: AI & IT FUTURIST EXPERT FOR EVENTS Top technology trends keynote speakers, futurist consulting experts and AI and IT thought leaders point out that it is evolving at an unprecedented pace, remaking industries, transforming business models, and changing how people work, communicate, learn, and live. Innovations such as artificial intelligence, cloud computing, automation, cybersecurity, quantum computing, and extended reality famous technology trends keynote speakers argue are creating new opportunities while introducing new challenges for organizations around the world. To help businesses, governments, educational institutions, and professional organizations understand these rapid developments, myriad events feature futurist thought leaders, SMEs and KOLs. Famous technology trends keynote speakers and experts analyze emerging technologies, explain their practical implications, and help audiences prepare for the future. A consultant isn’t limited to discussing the latest gadgets or software. Celebrity technology trends keynote speakers link technological innovation to business strategy, economic change, workforce development, customer expectations, and long-term planning. The point is to help audiences understand not only what technologies are emerging, but also why they matter and how organizations can respond effectively. This guide explains what famous technology trends keynote speakers are, what they do, the topics they cover, why organizations hire them, and how they help leaders adapt to an increasingly IT-powered world. What Is a Technology Trends Keynote Speaker? A thought leader is a featured presenter who specializes in explaining current and emerging technologies and their impact on organizations, industries, and society. Presentations by global technology trends keynote speakers help audiences understand technological change and prepare for future developments. Futurist experts look at questions such as: - Which technologies are transforming industries? - How will artificial intelligence affect business? - What emerging innovations should leaders monitor? - How can organizations prepare for digital transformation? - Which technology trends
Jul 25, 2026 · via futuristsspeakers.com
Nine major Bitcoin institutions have now joined forces to protect the infrastructure behind the asset they collectively depend on. Anchorage Digital, ARK Invest, BlackRock, Block, Blockstream, Coinbase, Fidelity Digital Assets, Galaxy and Strategy have launched the Bitcoin Security Consortium with combined funding commitments of $15 million over the next three years. The initiative is being coordinated by Brink, the nonprofit supporting Bitcoin’s open-source developers, with Executive Director Mike Schmidt managing the Consortium’s day-to-day work as a volunteer. Why This Matters Now The launch reflects a major shift in how institutional players view Bitcoin development. For companies holding billions of dollars in Bitcoin exposure, funding the developers responsible for maintaining the network is increasingly becoming a form of risk management. BlackRock Global Head of Digital Assets Robert Mitchnick said Bitcoin Core developers perform “incredibly important work” and that the group would provide “significant additional funding” for Bitcoin’s long-term security. The Consortium’s focus is not simply on improving Bitcoin today. It is also preparing for threats that may still be years away. The Quantum Challenge Post-quantum cryptography has emerged as the group’s main funding priority. Quantum computers capable of breaking Bitcoin’s existing cryptographic protections do not currently exist, but the possibility has become an important long-term concern for the technical community. The Consortium will support developers and researchers already working on potential solutions rather than decide how Bitcoin itself should evolve. That distinction is important because the group has no authority over Bitcoin’s protocol. Funding Without Buying Influence The nine members will not place their pledges into one central pool controlled by the Consortium. Instead, each institution will independently decide where its funding goes, including developers, researchers and organizations supporting Bitcoin’s security. The Consortium will also take no position on specific protocol upgrades and will not speak on behalf of Bitcoin or
Jul 25, 2026 · via cryptonews.net
Zero Point Cryogenics joins Quantum and Microelectronics Park Chronicle Media — July 25, 2026Zero Point Cryogenics, a North American manufacturer of ultra-low-temperature cryogenic systems to support quantum technologies, will establish its first U.S. location at the Illinois Quantum and Microelectronics Park on Chicago’s South Side. “Illinois is building the world’s leading quantum ecosystem by bringing together the companies, researchers, manufacturers, and suppliers needed to turn breakthrough discoveries into real-world technologies,” said Gov. J.B. Pritzker. “Zero Point Cryogenics’ decision to establish its first U.S. location at the Illinois Quantum and Microelectronics Park is another example of that strategy delivering results. “Their investment strengthens the supply chain that supports quantum innovation, creates high-quality jobs, and reinforces Illinois’ position as the global capital of quantum technology.” With support from the state’s Manufacturing Illinois Chips for Real Opportunity Act Program, ZPC will establish its first U.S. location at the IQMP, co-locating its U.S. research and development, sales, and service operations. Additionally, as a supplier of cryogenic hardware, ZPC will support the needs of companies locating at or collaborating with the IQMP, strengthening the park’s quantum ecosystem. “We are thrilled to join this incredible complex,” said Chris Cassin, CEO and co-founder of Zero Point Cryogenics. “As Governor Pritzker executes on his vision for the Illinois Quantum and Microelectronics Park, he is creating a vital, innovative ecosystem for the future. “Our presence here underscores the essential role cryogenics plays as foundational infrastructure for quantum computing, positioning us directly at the epicenter of this rapidly evolving industry. We couldn’t have chosen a better place to open Zero Point Cryogenics’ first international Innovation and Service Hub location than here in Illinois. The region offers an exceptional pool of world-class talent, making it the perfect collaborative community to better serve our thriving U.S.-based clients and partners.” The Illinois Department
Jul 25, 2026 · via chronicleillinois.com
Introduction International Business Machines Corporation (IBM) has made its fair share of headlines lately. We'll get into the details in a second, but basically the company issued a Q2 earnings warning earlier this month, and the International Business Machines Corporation (IBM) has made its fair share of headlines lately. We'll get into the details in a second, but basically the company issued a Q2 earnings warning earlier this month, and the Analystâs Disclosure: I/we have no stock, option or similar derivative position in any of the companies mentioned, and no plans to initiate any such positions within the next 72 hours. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it (other than from Seeking Alpha). I have no business relationship with any company whose stock is mentioned in this article. Analyst's family has a beneficial long position in the shares of IBM. Seeking Alpha's Disclosure: Past performance is no guarantee of future results. No recommendation or advice is being given as to whether any investment is suitable for a particular investor. Any views or opinions expressed above may not reflect those of Seeking Alpha as a whole. Seeking Alpha is not a licensed securities dealer, broker or US investment adviser or investment bank. Our analysts are third party authors that include both professional investors and individual investors who may not be licensed or certified by any institute or regulatory body.
Jul 25, 2026 · via seekingalpha.com
A strategic plan released by a collaboration of researchers targets advancements in neutral atom technology, positioning the approach as a strong contender alongside other quantum computing modalities. QuEra Computing Inc., originating from Harvard University, is actively developing this technology, with Tout Wang currently at Harvard University, demonstrating a transition from academic research to application. The plan identifies reducing the complexity and cost of laser systems as a critical path to scaling neutral atom processors, acknowledging that practical implementation depends on manageable infrastructure alongside qubit numbers. This focus suggests that building a useful quantum computer requires more than just increasing qubit counts, but also engineering efficient and affordable control systems. Neutral Atom Systems Aim for Practical Quantum Advantage Neutral atom systems are rapidly emerging as a leading approach in the race to build a useful quantum computer, with a strategic plan outlining a path toward scaling quantum processors. This positions the technology as directly competitive with superconducting and trapped ion approaches currently dominating the field. The collaborative effort details a strategy encompassing hardware, error correction, and algorithm development, rather than simply increasing qubit counts. Recent experiments have demonstrated below-threshold error correction in neutral atoms, a crucial milestone enabled by improvements in gate fidelity and dynamically reconfigurable arrays allowing for long-range entanglement. The plan highlights the need for scalable integrated photonic control technologies as a future direction for scalability. Future work will explore continuous reloading of qubits, a technique to maintain system performance as atoms are lost or degraded. The strategic vision extends beyond single processors, examining the potential of networking multiple neutral atom quantum processors together for distributed quantum computing. The authors state, “We present a strategic plan for neutral atom quantum computation, bringing together hardware development and theory advancements to achieve the goal of practical quantum advantage,” emphasizing a coordinated
Jul 25, 2026 · via quantumzeitgeist.com
BlueQubit and a consortium of leading institutions will collaborate on initiatives funded by $1.5 million in U.S. Department of Energy Genesis Mission grants. The company and partners, including Microsoft, Argonne National Laboratory, and several University of California and Virginia Tech campuses, plan to apply artificial intelligence and machine learning to reduce both physical qubit overhead and real-time decoding latency. These two technical challenges currently limit the scalability and speed of quantum processing, hindering the development of practical quantum computers. “Unlocking practical quantum advantage requires bridging the gap between theoretical error-correcting codes and real-world hardware constraints,” said Hrant Gharibyan, CEO of BlueQubit. The research aims to create smarter error-correction codes and ultra-fast decoding models. AI and Machine Learning Accelerate Quantum Error Correction BlueQubit secured $1.5 million in U.S. Department of Energy Genesis Mission grants to apply artificial intelligence to quantum error correction, a critical step toward building functional quantum computers. The company intends to reduce the substantial physical qubit overhead currently required for error mitigation and decrease the time needed for real-time decoding, two factors that severely limit both the speed and scalability of quantum processors. The research will integrate advanced AI techniques with high-performance quantum simulation, aiming to fundamentally redesign quantum error correction protocols. The core strategy involves leveraging AI to generate more effective error-correction codes and develop decoding models capable of operating at high speeds; this approach seeks to address the persistent noise and stability issues plaguing current quantum hardware. By combining AI-driven code optimization with decoder models informed by the underlying physics of quantum systems, researchers hope to create quantum processors that are more reliable and more readily scalable for commercial applications. This work is particularly important for industries that could benefit from quantum computing, including pharmaceutical development, materials science, defense, and financial modeling, where the ability to
Jul 25, 2026 · via quantumzeitgeist.com
Researchers at AGH University of Science and Technology, in collaboration with King Fahd University of Petroleum and Minerals and University of Basel, have established a novel spin-resolved transport protocol for characterising the spin polarisation of Majorana corner states within two-dimensional second-order topological superconductors. Paweł Szumniak and colleagues demonstrate a distinct spatial distribution of electronic spin polarisation within these states, offering a means to identify each state by its intrinsic spin. The findings represent a significant step towards realising robust quantum computation by harnessing the unique properties of these exotic quasiparticles and the topological protection they offer. Spin polarisation reveals identification of Majorana corner states Scientists have long sought methods to definitively verify the spin properties of Majorana corner states, elusive quasiparticles predicted to exist at the corners of two-dimensional second-order topological superconductors. These states are of considerable interest due to their potential application in topological quantum computing, where their inherent robustness against local perturbations could lead to more stable and reliable quantum bits. Previously, experimentally distinguishing between the two Majorana corner states present in a system, and confirming their spin characteristics, posed a substantial challenge. The developed spin-resolved transport protocol addresses this by correlating measurable electrical signals with the spin density of the Majorana corner states. The methodology relies on precise measurements of both local and nonlocal conductance, revealing a direct relationship with the electronic spin polarisation. Numerical modelling confirms that each Majorana corner state exhibits a unique spatial distribution of electronic spin polarisation when subjected to an in-plane magnetic field. Specifically, the simulations demonstrate opposite signs of spin polarisation for each of the two corner states, allowing for unambiguous identification and labelling. This spatial distribution is crucial; the spin polarisation is oriented perpendicular to the applied magnetic field, creating a detectable asymmetry in the transport properties. The researchers employed
Jul 25, 2026 · via quantumzeitgeist.com
Coinbase prepares crypto infrastructure for quantum computing The company is developing a post-quantum version of its key management system and reviewing all cryptographic infrastructure. Coinbase has outlined a long-term strategy to prepare both its own infrastructure and the wider cryptocurrency ecosystem for the eventual arrival of fault-tolerant quantum computing, warning that preparations for post-quantum cryptography should begin well before the technology becomes practical. The company’s preparations focus on three areas. Coinbase is developing a post-quantum version of its proprietary key management system, reviewing internal systems that rely on encryption and monitoring developments across Ethereum and Base to ensure future upgrades remain compatible with emerging post-quantum cryptographic standards. Beyond its own infrastructure, Coinbase will co-host a workshop with Stanford University in August, bringing together Bitcoin developers, cryptographers and researchers to discuss practical migration strategies. The company expects ongoing technical discussions to support collaboration on one of Bitcoin’s most significant long-term security challenges. Coinbase has also joined the newly established Bitcoin Security Consortium as a founding member alongside major financial institutions and cryptocurrency companies. It plans to contribute engineering expertise and funding to support open-source proposals aimed at strengthening Bitcoin’s resilience against future quantum threats while encouraging industry-wide coordination on post-quantum readiness. Why does it matter? Although fault-tolerant quantum computers capable of breaking today’s cryptographic algorithms are not yet available, migrating large digital ecosystems to post-quantum cryptography could take many years. Early planning can reduce future operational risks and help avoid fragmented or incompatible security upgrades. The announcement also highlights the importance of collective governance in decentralised ecosystems. Because blockchain networks depend on broad consensus among developers, operators and users, preparing for quantum computing will require coordinated standards, open-source collaboration and carefully managed transitions rather than isolated technical solutions. Would you like to learn more about AI, tech, and digital diplomacy? If
Jul 25, 2026 · via dig.watch