Coinbase Global Inc. (NASDAQ:COIN)  CEO Brian Armstrong downplayed concerns on Wednesday that quantum computing could crack the encryption of blockchains in the future.Coinbase ‘Front-Footed’ On Quantum Risks, Says ArmstrongDuring an interview with CNBC, Armstrong said that quantum computing is a very “solvable” issue and that Coinbase is already “front-footed” in addressing it.“We’re in regular contact with the major blockchains about a path to upgrade to a post-quantum cryptography world,” the cryptocurre ...

Live from New Delhi. This is inside with Haslinda Amin, where we will dig into India's fast rising artificial intelligence ambitions and the shockwaves hitting the country's storied I. T.giants. As India hosts one of the world's biggest AI summits. We speak live with Schneider Electric CEO Olivia Bloom, ServiceNow president and CEO Omid Zaveri and Fractal Analytics co-founder and CEO.Trick on the Alarm, uncanny about how this technology is reshaping the world. And we bring you more from our conversations wi ...

Core Insights - Quantum computing is approaching a significant breakthrough, with expectations for commercial viability by the end of the decade, particularly in data centers [3][4][10] - Major players like Microsoft, Google, and Amazon are heavily investing in quantum technology, with Microsoft recently unveiling its Majorana 1 quantum computing chip [6][8] - Governments are also increasing investments, with China leading at nearly $18 billion, followed by the EU, indicating a global push towards quantum technology [8] Industry Developments - The implementation of quantum systems is projected between 2028 and 2032, with some analysts suggesting significant advancements as early as 2027 [9][10] - Quantum computers could solve complex problems much faster than classical supercomputers, with potential to perform calculations in 200 seconds that would take conventional machines 10,000 years [11] - Quantum technology may reduce energy demands in data centers, potentially requiring only a fraction of the energy currently used [12][14] Integration Challenges - The integration of quantum systems into existing data center environments will require new infrastructure and industry standards [21][22] - There is a shortage of skilled talent to effectively implement quantum technology in data centers, which could hinder progress [22] - The transition to quantum computing will not completely displace classical computing but will create a hybrid environment where both technologies coexist [18][19] Market Activity - There has been a surge in mergers and acquisitions aimed at enhancing quantum capabilities and controlling supply chains, indicating a strategic positioning within the quantum space [24] - Investment in data center infrastructure is deemed essential for supporting technological advancements over the next decade [23]

Core Insights - Rare earth resources play an indispensable role in the global high-tech industry supply chain, with China dominating nearly 90% of global rare earth processing capacity [3][4][16] - The reliance on China's rare earth supply chain raises geopolitical risks, prompting Western countries to seek alternatives [3][4][18] - AI and quantum computing are viewed as potential disruptive technologies that could accelerate the development of synthetic rare earth substitutes or new alloys, potentially solving supply issues in a few years compared to the traditional 10 to 20 years required for new mining projects [3][6][19] Group 1: Rare Earth Elements and Their Importance - Rare earth elements, consisting of 17 types, are crucial for modern technology products, especially in military and green energy sectors, earning them the title of "industrial vitamins" [4][17] - The complex and environmentally damaging processes of rare earth extraction and processing, combined with high technical barriers, deter many countries from entering the market [4][17] - China's established dominance in the rare earth sector is attributed to its technological accumulation, complete industrial chain, and relatively low costs, making Western countries heavily dependent on Chinese supplies [4][17][18] Group 2: Efforts to Diversify Supply Chains - The U.S. and its allies are actively seeking to diversify rare earth supply chains by restarting domestic mines, investing in overseas projects, and strengthening cooperation with countries like Australia [4][18] - Progress in these diversification efforts has been slow, making it difficult to fundamentally alter China's market dominance in the short term [4][18] Group 3: AI and Quantum Computing as Solutions - AI and quantum computing can significantly shorten the research and development cycle for new materials by simulating molecular structures and predicting material performance [6][19] - AI's data analysis capabilities allow scientists to quickly identify potential rare earth substitutes or new alloy formulations, while quantum computing can address complex molecular simulations that traditional computers cannot handle [6][19][20] - According to a 2023 article in Nature, quantum chemical simulations are expected to accelerate the discovery of new functional materials significantly over the next decade [6][19] Group 4: Challenges in Scaling Production - Despite the promising potential of AI and quantum computing, significant challenges remain in transitioning from laboratory breakthroughs to large-scale industrial production [7][20] - China's decades of experience in rare earth processing and refining, along with established investment, processes, and skilled labor, create a substantial barrier for Western countries attempting to produce synthetic substitutes at scale [7][20][21] - The complex chemical properties of rare earth elements and the unique applications of each element make it a daunting task to develop comprehensive substitutes [9][22][23] Group 5: Geopolitical Implications and Future Outlook - The rise of AI and quantum computing offers the U.S. and its allies a chance to reduce dependence on Chinese rare earths, but the competition is not solely technological; it is also a geopolitical struggle [11][24][25] - The future may see a multi-dimensional technological race, with the U.S. and allies pushing for supply chain diversification while China continues to strengthen its position in both rare earth and advanced technology sectors [12][26] - The ultimate landscape of rare earth supply may evolve into a diversified and multi-centered ecosystem, with AI and quantum computing accelerating the discovery and application of new materials, enhancing the resilience of the global supply chain [12][13][26]

Group 1 - The Company, RF Acquisition Corp III, closed its initial public offering of up to 10,000,000 units at a price of $10.00 per unit on February 17, 2026, with trading commencing on February 13, 2026, under the ticker symbol "RFAMU" [1] - Each unit consists of one ordinary share and one right to receive one-tenth of one ordinary share, with separate trading expected to occur under the symbols "RFAM" and "RFAMR" [1] - The proceeds from the initial public offering are intended for use in connection with an initial business combination, focusing on businesses in Asia within the deep technology sector, including artificial intelligence, quantum computing, and biotechnology [2] Group 2 - The Company is led by Tse Meng Ng as Chief Executive Officer and Chairman, and Chee Soon Tham as Chief Financial Officer, with independent directors including Ryan Lee Wen, Tuan Lee Low, and Yunn Chinn Shng [3] - EarlyBirdCapital, Inc. acted as the sole book-running manager for the offering, and the Company has granted underwriters a 45-day option to purchase an additional 1,500,000 units at the initial public offering price [4]

Core Insights - IonQ (IONQ) is set to release its fourth-quarter and full-year 2025 results on February 25, facing challenges from geopolitical factors and a tech selloff, leading to a 28.9% stock decline in Q4 2025 despite strategic advancements in quantum networking and acquisitions [1][8] Financial Performance - IonQ reported earnings beats in only one of the last four quarters, with an average negative surprise of 343.53% [2] - The Zacks Consensus Estimate for Q4 EPS remains at a loss of 48 cents per share, indicating a 48.4% improvement from the previous year's loss [5] - Q4 revenue is estimated at $40.3 million, reflecting a 244.2% year-over-year growth [5] - For the full year 2025, IonQ is expected to see a 151.8% revenue increase, but the loss per share is projected to widen to $5.08 from $1.56 a year ago [6] Revenue Outlook - IonQ's Q3 2025 revenues were $39.9 million, up 222% year-over-year, and Q4 revenues are expected to exceed Q3 levels, breaking previous seasonal trends [7][9] - The full-year 2025 revenue outlook has been raised to between $106 million and $110 million [8] Strategic Developments - IonQ has made significant strides as a full-stack quantum platform provider, including the acquisition of Oxford Ionics and the achievement of a record 99.99% two-qubit gate fidelity [9] - The company raised $2 billion in October, enhancing its liquidity to approximately $3.5 billion, which strengthens its financial position [9] Investment and Expenses - IonQ's Q3 operating expenses were $208.7 million, with R&D costs at $66.3 million, leading to an adjusted EBITDA loss of $48.9 million [10] - The full-year EBITDA guidance remains a loss of $206 million to $216 million, indicating ongoing heavy investment [10] Market Position and Sentiment - Despite operational progress and raised revenue guidance, IonQ's stock has faced pressure due to broader market volatility in high-growth tech stocks [11] - The stock currently trades at a high forward price-to-sales ratio of 53.55, significantly above the industry average of 4.8, raising concerns about potential pullbacks if results disappoint [16]

Core Insights - Quantum computing poses a distant threat to Bitcoin's security, with current research indicating that institutional investors need not be immediately concerned about its impact on Bitcoin holdings [1] - The encryption protecting Bitcoin would require quantum systems with millions of logical qubits, significantly more powerful than today's largest quantum computers [1] Quantum Computing Threat Assessment - Only about 1.7 million Bitcoin, or approximately 8% of the total supply, are in older address formats that are vulnerable to quantum attacks [1] - Of the vulnerable Bitcoin, only 10,200 could potentially disrupt the market if compromised, while the remaining coins are spread across 32,607 addresses that would take decades to crack even under optimistic scenarios [1] Bitcoin's Adaptability - Bitcoin can adopt quantum-resistant signature algorithms through a soft fork when necessary, as demonstrated by the previous Schnorr signature upgrade [1] - The Schnorr signature upgrade showcased Bitcoin's ability to implement new cryptographic standards without disrupting the network, indicating a pathway for future upgrades to counter quantum threats [1] Future Projections - Cybersecurity firm Ledger estimates that cryptographically relevant quantum computers may not emerge until the 2030s or later, requiring current quantum systems to become exponentially more powerful to pose real-world threats [1] - Quantum computing cannot alter Bitcoin's fixed supply cap of 21 million or bypass the proof-of-work mining system, suggesting that quantum risks are manageable technical considerations with outlined solutions [1]

Summary of Honeywell International Conference Call Company Overview - **Company**: Honeywell International (NasdaqGS: HON) - **Date**: February 18, 2026 - **Key Speakers**: Vimal Kapur (Chairman and CEO), Mike Stepniak (SVP and CFO) Key Industry Insights Building Automation and Industrial Automation - Strong performance in building automation and industrial automation, particularly in North America, but weaker demand in Europe and China [4][6] - Long cycle businesses, especially in LNG and refining, are experiencing growth, while short cycle catalyst demand in petrochemicals is flat due to excess capacity [6][8] - Orders for long cycle projects are increasing, with significant bookings extending into 2027 and early 2028 [15][19] Market Dynamics - The external market conditions remain stable year-over-year, with no significant changes anticipated [2] - The company is focusing on improving its capacity to meet growing demand, particularly in aerospace and LNG sectors [21] Financial Performance and Guidance - Honeywell expects to maintain a strong financial performance, with guidance for 2026 reflecting continued growth in key segments [8][32] - The company is targeting a pricing increase of 3%-4% for 2026, driven by inflation and new product introductions [63][66] - Free cash flow conversion is projected to be high, with expectations of reaching the high nineties percentage [231] Strategic Initiatives Separation and Focus - The separation of Honeywell into more focused entities is believed to enhance operational efficiency and strategic clarity [22][32] - The company is transitioning to a pure-play automation company, which is expected to yield better growth opportunities [32][80] New Product Introductions (NPI) - New product development is a key growth strategy across all segments, with a focus on building automation and industrial automation [36][46] - The company is investing in R&D and customer co-creation to enhance its product offerings [46] Quantum Computing and AI Integration - Honeywell's quantum computing business, Quantinuum, is gaining traction with significant advancements in hardware and customer interest [98][135] - The integration of AI with quantum computing is seen as a major opportunity for future growth [127][131] Challenges and Risks - The company faces challenges related to inflation, supply chain constraints, and geopolitical factors affecting global operations [233][234] - The demand for catalysts is not linear and can lead to lumpiness in revenue, particularly in the process technology segment [188][190] Conclusion - Honeywell is positioned for growth in 2026, with strong demand in key sectors and a focus on innovation and strategic separation. The company is actively managing challenges related to inflation and supply chain while leveraging new technologies like quantum computing and AI to enhance its offerings and market position.

Core Viewpoint - MicroCloud Hologram Inc. has introduced a quantum intelligent interconnected fault-tolerant consensus algorithm that integrates quantum computing into financial internet node management, enhancing system flexibility, scalability, and security [1]. Group 1: Algorithm Features - The proposed algorithm optimizes the traditional Byzantine fault-tolerant algorithm, improving adaptability to dynamic network environments while maintaining an efficient consensus process [1]. - It introduces a quantum Byzantine fault-tolerant mechanism that enhances node consensus efficiency through quantum parallel verification technology and achieves real-time synchronization of node states using quantum entanglement [1]. - The algorithm allows nodes to dynamically join or exit without interrupting financial services, adapting to the dynamic topological characteristics of edge computing networks [1]. Group 2: Node Management System - HOLO has designed a quantum-enhanced edge node management system that includes a geographic-based quantum node selection mechanism and a performance-based quantum node evaluation system [1]. - This system improves processing efficiency by allowing edge nodes closer to data sources to become quantum primary nodes, thus shortening data transmission distances [1]. - Quantum sensors are utilized to collect real-time indicators such as computing load, storage capacity, and bandwidth peaks, generating dynamic scores for precise control over node performance [1]. Group 3: Consensus Process - In the consensus process, every node can act as both a quantum primary node and a slave node, with the primary node responsible for capturing transaction requests and packaging data into quantum-encrypted units [1]. - Quantum slave nodes perform parallel verification of these data units, ensuring network consensus consistency and financial data integrity through quantum fault-tolerant verification [1]. - The dynamic access mechanism lowers entry barriers for new edge nodes, allowing them to join the network quickly through quantum identity authentication [1]. Group 4: Application Prospects - The algorithm has broad application prospects in edge computing-related fields, supporting collaborative work of distributed financial devices and ensuring secure data transmission and storage [1]. - As 5G and IoT technologies evolve, the integration of edge computing and financial internet is expected to deepen, with HOLO's algorithm playing a crucial role in this digital transformation [1]. - Continuous optimization of quantum consensus efficiency and expansion of quantum fault-tolerant boundaries will support the development of a secure and efficient edge financial internet network [1]. Group 5: Company Overview - MicroCloud Hologram Inc. focuses on holographic technology services, including holographic LiDAR solutions and digital twin technology, with cash reserves exceeding 3 billion RMB [2]. - The company plans to invest over 400 million USD in blockchain, quantum computing, and other frontier technology developments [2]. - The goal is to become a leading global company in quantum holography and quantum computing technology [2].

Company Announcement - Rigetti Computing, Inc. will release its fourth quarter and full-year 2025 results on March 4, 2026, after market close [1] - A conference call to discuss the financial results and business operations will be held at 5:00 pm ET on the same day [1] Conference Call Details - The conference call is scheduled for Wednesday, March 4, 2026, at 5:00 pm ET / 2:00 pm PT [1] - A live audio webcast can be accessed via the provided webcast link or the Company's Investor Relations website [2] - A replay of the conference call will be available for one year following the conclusion of the call [2] Participation Instructions - To participate in the live call, registration is required through the provided link, which will yield dial-in numbers and a unique PIN [3] - If participants forget their PIN or lose the registration confirmation email, they can re-register to receive a new PIN [3] Company Overview - Rigetti is a pioneer in full-stack quantum computing, utilizing superconducting qubits, which are considered the leading qubit modality due to their maturity and fast gate speeds [4] - Current Rigetti quantum computing systems achieve gate speeds of 50-70 nanoseconds, approximately 1,000 times faster than other modalities like ion traps and neutral atoms [4] Product Offerings - Rigetti sells on-premises quantum computing systems ranging from 9-qubit to 180-qubit, supporting national laboratories and quantum computing centers [5] - The Cepheus systems, which range from 36-qubit to 108-qubit, are based on proprietary chiplet technology and include control electronics [5] - The 9-qubit Novera QPU is designed for high-performance, on-premises use, compatible with existing cryogenic and control systems [5] Cloud Services - The Company operates quantum computers through its Rigetti Quantum Cloud Services (QCS) platform, enabling global clients to pursue R&D [6] - Rigetti's proprietary quantum-classical infrastructure allows for high-performance integration with public and private clouds for practical quantum computing [6] Technological Advancements - Rigetti developed the first multi-chip quantum processor for scalable systems and deployed the largest multi-chip quantum computer in 2025 with Cepheus-1-36Q [7] - The Company designs and manufactures its chips in-house at Fab-1, the first dedicated quantum device manufacturing facility [7]