https://t.co/em4WAwJ3rq [Fujitsu Leading the World in Quantum Computing? Murata Manufacturing, TDK Among Global Leaders in Multilayer Ceramic Capacitors? / Semiconductors and Minimal Fabs / Satoshi Nakajima x Monozukuri Tarō x Yasunori Nomura x Shūzō Narita {Matsui Securities}] Matsui Securities_MatsuiSecurities #AISummary Japan’s next growth opportunities lie in quantum computing, robotics, semiconductors, and materials technology 🔳 Japan has strengths beyond AI While it is difficult for Japan to compete directly with U.S. firms on foundational AI models, there is significant potential in areas where Japan can leverage its technological expertise—such as quantum computers, physical AI, robotics, drones, semiconductors, and materials/components. 🔳 Supply chain realignment driven by national security The U.S. over-reliance on China for critical materials and components has become a national security concern, prompting efforts to diversify sourcing away from China. Japan and South Korea are seen as having opportunities to become alternative supply hubs. 🔳 Opportunities for Japan in rare earths and magnets There is consensus that Japan can strengthen domestic production of critical materials highly dependent on China, such as neodymium magnets. Rather than competing solely on labor costs, enhancing cost competitiveness through automation is essential. 🔳 China’s strength lies in its national automation strategy China has systematically promoted digitalization and automation in factories, significantly raising automation levels on production lines. Automation in logistics has advanced considerably, and Chinese companies are now entering the stage of expanding into overseas markets. 🔳 Expectations for component technologies from Murata Manufacturing and others High-quality electronic components and manufacturing technologies from Murata Manufacturing, TDK, and Taiyo Yuden were highlighted as key pillars of Japan’s competitiveness. Multilayer ceramic capacitors, for example, will likely be needed in large quantities not only in smartphones but also in future humanoid robots. 🔳 In-house manufacturing equipment technology creates entry barriers Japanese companies have accumulated proprietary manufacturing equipment and process technologies internally, creating technical advantages that are difficult to match through mere capital investment. 🔳 Potential in quantum computing It is argued that quantum computing offers Japan greater competitive opportunities than AI. Efforts by RIKEN and Fujitsu are cited as examples of research and development at a globally competitive level. 🔳 It is crucial not to abandon research midway Japan has often abandoned early leadership in robotics and other advanced technologies due to long timelines to commercialization, missing subsequent market expansion. Similarly, even if quantum technology faces temporary stagnation, R&D must continue. 🔳 The U.S. advantage lies in corporate turnover In the U.S., when established companies exit businesses, their talent often founds new startups funded by venture capital, continuing the cycle of innovation. In contrast, Japan faces a challenge where technological development often halts entirely when large corporations withdraw from a business. 🔳 Shortage of semiconductor design talent While Japan excels in semiconductor manufacturing equipment and related components, there is a shortage of talent capable of designing industrial-grade semiconductors critical for the future. The ability to design semiconductors tailored for applications such as humanoid robots and AI will become increasingly important. 🔳 AI-driven transformation of semiconductor design Using AI in semiconductor design itself could drastically reduce design costs. If an environment is established to rapidly and cost-effectively manufacture AI-designed semiconductors, it could spark new innovation. 🔳 Expectations for Rapidus alongside concerns over concentrated investment While there is strong expectation for Rapidus, some argue that rather than concentrating massive funding on a single company, it would be better to nurture multiple firms, foster competition, and direct funding toward those delivering results. 🔳 Potential in small-batch semiconductor manufacturing Japan possesses technology to produce IoT chips and similar components using small-scale equipment; combined with AI-driven design, this could create a new cycle of semiconductor innovation. However, this requires not only technology but also innovators capable of creating new business models. 🔳 Importance of domestic AI and physical AI Complete reliance on foreign AI poses potential national security risks, including leakage of manufacturing technologies and confidential information. There is growing consensus that combining Japan’s own AI infrastructure with physical AI is essential. 🔳 Continuously refine Japan’s core technologies Japan still possesses world-class manufacturing technologies—in machine tools, semiconductor manufacturing equipment, electronic components, robotic hands, and more. It is critical not to abandon these technologies based on short-term results but to persistently refine them with an eye toward future large-scale markets.