Group 1: Quantum Computing Sector - Quantum computing emerged as a significant investment narrative in 2025, with investors focusing on specialized stocks like IonQ, which experienced substantial price fluctuations [1] - Honeywell International, valued at $125 billion, is also involved in the quantum computing sector, despite being perceived primarily as a traditional industrial company [1][3] - Honeywell owns a majority stake in Quantinuum, a leading firm in quantum computing technology, which has a notable efficiency advantage by requiring only two physical qubits to create one logical qubit [3][5] Group 2: Honeywell's Business Transformation - Honeywell is undergoing a comprehensive portfolio transformation aimed at unlocking shareholder value as it prepares for 2026 [6] - The company plans to split into three distinct entities, with the Advanced Materials division recently rebranded as Solstice Advanced Materials [7] - The Aerospace division, post-spin-off, is expected to become one of the largest pure-play aerospace suppliers, boasting a $39 billion backlog and a book-to-bill ratio of 1.2, indicating strong demand [8]

Core Insights - The transition from classical encryption to post-quantum cryptography is a significant security shift with implications for national security and geopolitical stability [3] - BTQ Technologies is focused on deploying quantum technology solutions that secure mission-critical networks and facilitate the transition to post-quantum cryptography [1][6] Group 1: Industry Trends and Developments - The physical qubit count required for cryptographically relevant quantum algorithms has decreased by approximately 20 times, accelerating timelines for quantum technology deployment [4] - The Pentagon has mandated the replacement of legacy encryption systems by the end of 2030, highlighting the urgency for post-quantum cryptography [4][9] - The mass-scale tokenization of financial assets coincides with the emergence of cryptographically relevant quantum computers, emphasizing the need for secure infrastructure [4][13] Group 2: Company Strategy and Focus Areas - BTQ's strategy is built around three pillars: Quantum Secure Systems and Networks, QCIM Hardware Acceleration and Secure Elements, and QPerfect Neutral Atom Platforms [6] - The company aims to commercialize secure, full-stack platforms that protect critical assets during the transition to post-quantum cryptography [7] - BTQ has entered a USD 15 million agreement with ICTK Co., Ltd. to develop the QCIM secure element platform, targeting significant performance metrics [10] Group 3: Product Development and Innovations - BTQ has made advancements in quantum secure systems, including proof-of-concept deployments for the Quantum Secure Stablecoin Network (QSSN) in Korea [14][15] - The QPerfect division is focused on developing a neutral atom platform that addresses bottlenecks in large-scale quantum computing [21][22] - The company is also working on one-shot signatures (OSS) for secure communications without the need for quantum internet infrastructure [25] Group 4: Financial Position and Market Visibility - BTQ has been included in various ETFs, enhancing its visibility among global investors [27][28] - The company ended the third quarter with C$39,389,812 in cash, providing liquidity for strategic initiatives [29] - BTQ's inclusion in the MSCI Canada Small Cap Index reflects its growth and market presence [28] Group 5: Future Outlook - The company plans to deliver test silicon for Quantum Compute in Memory (QCIM) and expand QSSN deployments in 2026 [30] - BTQ aims to advance its QPerfect platform and optimize algorithmic gate counts for cryptographically relevant quantum computations [37] - The company is focused on adding technical talent across various regions to support its growth strategy [37]

Core Insights - The year 2025 is designated as the "International Year of Quantum Science and Technology," marking a paradigm shift in the tech sector with ten breakthroughs redefining human understanding of the world [1] Quantum Computing - Quantinuum launched the third-generation universal quantum computer Helios, featuring 98 physical qubits and a single-qubit gate fidelity of 99.9975%, achieving the highest precision in commercial computing globally [1] - Helios combines 48 logical qubits with the Guppy programming language, enabling quantum computing to address real-world business problems for the first time [1] - The Nobel Prize in Physics recognized superconducting quantum circuit technology, laying the groundwork for macroscopic quantum control and advancing quantum computing from theory to application [1] Brain-Computer Interfaces and Communication Technologies - Columbia University developed the BISC chip, integrating 65,536 electrodes into a 3mm³ flexible chip, with a thickness of 50µm, capable of sliding into the brain cortex, supporting epilepsy monitoring and neural prosthetics with a data transmission rate of 100Mbps [1] - A new type of hollow-core optical fiber, supported by Microsoft, achieved a record low loss of 0.091dB/km and a bandwidth window of 66THz, opening new avenues for long-distance communication [1] Energy and Material Science - China's "artificial sun" EAST achieved a steady-state operation at 100 million degrees Celsius for 1066 seconds, representing a significant advancement in fusion energy research [1] - Breakthroughs in the fabrication of emi-level two-dimensional metals push the limits of material science, creating opportunities in energy, healthcare, and electronics sectors, potentially generating trillion-dollar markets [1]

Core Insights - 2025 is designated as the "International Year of Quantum Science and Technology" by UNESCO, marking a pivotal moment in China's "14th Five-Year Plan" and a shift in computational paradigms towards quantum computing and advanced materials [1][22] Quantum Computing Breakthroughs - The DeepSeek-R1 model, released on January 20, 2025, utilizes reinforcement learning to enhance reasoning capabilities and achieves performance comparable to OpenAI's models at a low computational cost [3][24] - The Nobel Prize in Physics awarded in October recognizes the foundational role of superconducting quantum circuits in modern computing, highlighting the work of John Clarke, Michel H. Devoret, and John M. Martinis [5][26] - The Helios quantum computer, launched by Quantinuum, features 98 physical qubits with a fidelity of 99.9975% for single-qubit operations, making it the most precise commercial quantum computer to date [9][30] Advanced Materials and Technologies - The BISC chip, developed by a collaboration between Columbia University and Stanford, integrates 65,536 electrodes into a flexible CMOS chip, enabling unprecedented wireless data transmission rates of up to 100 Mbps [8][29] - A new type of hollow-core optical fiber, reported by the Lumenisity research team, demonstrates a loss of only 0.091 dB/km at a wavelength of 1550 nm, promising advancements in long-distance communication [11][32] - The development of "atomic manufacturing" techniques has pushed metal materials to the Ångström scale, opening pathways for new quantum and electronic devices [13][34] Environmental and Energy Innovations - SSAB's Zero™ steel has become the first product to meet the near-zero emissions threshold set by the International Energy Agency, utilizing hydrogen reduction technology to eliminate carbon emissions [17][38] - The EAST nuclear fusion experiment achieved a world record of 1 billion degrees Celsius for 1066 seconds, demonstrating the feasibility of future fusion reactors [18][39] - Research on the Bennu asteroid samples revealed the presence of essential life-building components, suggesting that the building blocks of life may have been distributed across early Earth and other planets [21][42]

Core Insights - IBM's quantum computing roadmap indicates the first fault-tolerant quantum computer may arrive in 2029, potentially marking the sector's growth [1] - Quantum error correction (QEC) is crucial for transforming fragile physical qubits into reliable logical qubits, enabling quantum advantage over classical computing [2] Company Summaries Honeywell International Inc. - Honeywell is not typically viewed as a quantum computing company but has significant advantages, including its role in the military industrial complex and aerospace systems [2] - The Aerospace Technologies division accounted for approximately 42% of Honeywell's total revenue in Q3 2025, generating $4.5 billion, a 15% year-over-year increase, from a total revenue of $10.4 billion [3] - Honeywell holds a majority stake in Quantinuum, valued at $10 billion after a $600 million fundraising round, with Quantinuum's Helios being touted as the most accurate quantum computer [4] - Helios achieved a single-qubit gate fidelity of 99.9975% using 98 physical qubits, providing 94 logical qubits for operations [5] - Honeywell's stock (HON) is down 5.5% year-to-date, with a current price of $199.32 and a consensus target of $235.95 per share, indicating potential for optimal exposure entry [7] D-Wave Quantum - D-Wave offers an alternative quantum approach using quantum annealers for optimization solutions, contrasting with companies pursuing universal quantum computers [8] - The quantum annealing process finds the global minimum energy state of a problem, which corresponds to the optimal solution for combinatorial optimization challenges [9] - D-Wave's cash position increased significantly to $836.2 million in Q3 2025 from $29.3 million a year prior, supporting its hybrid approach to quantum computing [12] - The current price of QBTS shares is $24.38, below the bottom price target of $35, with an average price target of $39.64 per share [13] IonQ Inc. - IonQ focuses on trapped-ion qubits, which have higher coherence times and lower error rates, similar to Honeywell's Quantinuum [14] - IonQ has developed a commercial portfolio, progressing from the Aria system with 25 algorithmic qubits to the Tempo system targeting 100 qubits with 99.9% fidelity [15] - IonQ has secured partnerships with notable organizations such as Hyundai and AstraZeneca, and is involved in DARPA's Quantum Benchmarking Initiative [16] - With $3.5 billion in net cash as of Q3, IonQ is the most funded among quantum-focused companies, with analysts bullish on its stock, currently priced at $47.12, close to its bottom target of $47 and an average target of $75.50 per share [17]

Core Insights - NVIDIA has introduced NVQLink, a universal interconnect designed to link quantum processors with advanced accelerated computing, marking a significant advancement in scientific computing [1][11] - Over a dozen supercomputing centers and national research institutions in Asia and Europe are adopting NVQLink, enhancing their capabilities in integrating quantum and classical hardware [2][11] - Jensen Huang, CEO of NVIDIA, emphasized that NVQLink with CUDA-Q is pivotal for the future of supercomputing, enabling the combination of quantum and GPU systems for groundbreaking scientific discoveries [3][11] Technical Specifications - NVQLink delivers 40 petaflops of AI performance at FP4 precision, with a GPU-QPU throughput of 400 Gb/s and a latency of less than four microseconds [3][11] - The architecture allows for tight integration of quantum processors and GPUs, facilitating the development of hybrid quantum-classical applications [4][11] - The system architecture is open and designed in collaboration with global quantum processor builders and supercomputing centers [4][11] Real-World Applications - Quantinuum's Helios QPU will integrate with NVIDIA GPUs through NVQLink, utilizing NVIDIA CUDA-Q for quantum error correction [5][11] - The first real-time use of a scalable decoder for quantum error-correction codes was demonstrated, achieving a reaction time of 67 microseconds, significantly surpassing the Helios' requirement [7][11] - NVQLink's microsecond latencies and high throughput are accessible to developers via real-time APIs in NVIDIA CUDA-Q, enabling easier development of quantum applications [8][11] Global Adoption - Notable supercomputing centers adopting NVQLink include institutions from Japan, Korea, Taiwan, Singapore, Australia, Italy, Denmark, France, the Czech Republic, Germany, the UK, Poland, the UAE, and Saudi Arabia, alongside U.S. national laboratories [12][11]

Investment Rating - The report maintains a "Positive" investment rating for the industry [7]. Core Insights - The computer sector experienced a volatile correction last week, with an overall decline of 2.59%, ranking 32nd among primary industries in the Yangtze River region [2][4]. - Key developments include the launch of the commercial quantum computer Helios by Quantinuum, the establishment of a national data element comprehensive pilot zone in Beijing, and the release of the Kimi K2 Thinking model by Moonlight [5][10]. - The report emphasizes the potential investment opportunities in the space computing industry, particularly focusing on satellite manufacturers, space-hardened computing hardware suppliers, and space computing operators [6][52]. Summary by Sections Market Performance - The computer sector's trading volume accounted for 7.47% of the total market, with active mergers and acquisitions [2][4]. - The Shanghai Composite Index fluctuated around the 4000-point mark, closing at 3997.56 points with an overall increase of 1.08% [4][12]. Key Developments - Quantinuum's Helios quantum computer aims to accelerate the adoption of hybrid quantum-classical computing, featuring high fidelity and the highest accuracy among commercial quantum computers [20][23]. - Beijing's initiative to create a national data element comprehensive pilot zone is expected to enhance the data element industry, with a goal to complete pilot tasks by 2027 [24][25]. - The Kimi K2 Thinking model showcases advancements in agent and reasoning capabilities, achieving state-of-the-art performance in various benchmarks [31][34]. Investment Recommendations - The report suggests focusing on the space computing sector, particularly on companies involved in satellite manufacturing, launch services, and resilient computing hardware [6][52]. - The ongoing developments in space computing are seen as a critical direction for future computational resources, driven by the increasing energy demands of AI and data centers [42][43].

Core Insights - A significant influx of Japanese capital is being directed towards European tech startups, particularly in the deep tech sector, as Japanese investors seek a more mature entrepreneurial environment [1][9] - Since the EU-Japan Economic Partnership Agreement in 2019, Japanese investors have participated in over 33 billion euros ($38 billion) in European financing rounds, a stark increase from 5.3 billion euros in the five years prior [2][3] Investment Trends - Japanese venture capital firms, including NordicNinja, are increasingly backing European startups, with a focus on deep tech and artificial intelligence, which accounted for 70% of their deals in 2024 [9][10] - The top-funded companies with Japanese participation include Wayve, Quantinuum, and Multiverse Computing, which raised significant amounts in recent funding rounds [10] Market Dynamics - There are more VC-backed startups in Europe than in Japan, with a ratio of over two times per capita and 4.3 times more unicorns [5] - Japanese firms are leveraging their extensive manufacturing and industrial expertise to fill gaps in Europe’s scaling capabilities, particularly in sectors like energy and critical minerals [12][14] Cultural and Operational Considerations - Language barriers and cultural differences pose challenges for collaboration between Japanese and European firms, affecting decision-making processes and partnership dynamics [16][17][18] - Japanese investors tend to have a slower decision-making pace due to thorough research and preparation, contrasting with the more rapid approaches seen in other regions [18][21] Future Outlook - Expectations indicate that Japanese investors will participate in rounds worth 3 billion euros in 2025, a decrease from previous years, amidst shifting investment interests towards the Middle East [23][24] - Political motivations in Japan are driving a strategic push for greater collaboration with Europe, aiming to enhance the geopolitical positioning of Japanese corporates [25]

Core Insights - The Trump administration prioritizes quantum computing development, with companies like Rigetti Computing Inc and D-Wave Quantum Inc leading the charge despite limited real-world applications and significant cash burn [1][7] - Quantum computing stocks have surged over 1,900% in the past year, outperforming traditional AI stocks, and now boast market capitalizations exceeding $10 billion, despite generating less than 1% of the revenue of established companies [2][3] Company Performance - Rigetti and D-Wave are currently not expected to generate significant revenue for years, yet they remain highly attractive to investors [1][2] - The companies are considered among the best performers in the stock market, significantly outpacing returns from popular AI companies like Palantir Technologies Inc [2] Market Sentiment - The quantum computing sector is characterized by speculative investments, with strong opinions on both sides regarding its future potential [3][4] - Optimists believe breakthroughs in quantum computing could lead to transformative applications, while skeptics warn of a potential bubble driven by unrealistic expectations [4][6] Investment Comparisons - The investment landscape for quantum computing is likened to biotechnology, where investors are willing to endure long wait times for potential breakthroughs, although quantum technology remains largely theoretical [6] - Nvidia's CEO has suggested that significant advancements in quantum computing may be decades away, highlighting the uncertainty in the timeline for practical applications [7] Funding and Valuation - Recent funding rounds, such as Fidelity International's investment in Quantinuum, have valued the startup at $10 billion, indicating strong investor interest in the quantum computing space [7]

Joining me now is Dr. . Rajie Hazra, uh, president and CEO of Quantinium. And so good to speak with you today. >> Good to be here.Thank you for having me. >> All right. So, you have some news.Quantinum is launching Helios. What is Helios. >> Well, Helios is the world's most accurate quantum computer and the biggest beauty of Helios is that it's a paradigm shift.You know, for many years, quantum has been in the research labs. And while we've announced and our competitors have announced advances, um, we're br ...