记者从最高人民检察院了解到，2025年，检察机关持续加强原始创新、关键核心技术司法保护，办理了一批具有典型意义的案例，有力服务新质生产力发 展。 2025年前11个月，检察机关共受理审查起诉侵犯商业秘密犯罪232人，数量较前两年呈上升趋势。例如，广受关注的尊湃侵犯华为海思芯片技术商业秘密 案，涉及国产芯片技术，涉案金额3.17亿元。上海检察机关以侵犯商业秘密罪提起公诉，14名被告人均被判处刑罚。 2025年检察机关聚焦新一代信息技术、人工智能、高端装备、生物制造、新能源、新材料等新兴产业、未来产业，持续加强原始创新、关键核心技术司法保 护，依法惩治侵犯核心技术犯罪，从严打击商业间谍犯罪。 最高检相关部门负责人介绍，当前，我国技术外流呈现多维度风险加剧特征，检察机关依法适用刑法第219条，关于侵犯商业秘密罪定罪量刑的条款，守护 国家科技安全和经济安全。最高检指导各级检察机关在加大刑事打击力度外，强化民事行政诉讼监督，对确有错误的案件依法提出抗诉或者再审检察建议， 促进法律适用标准统一。 ...

记者从最高人民检察院了解到，2025年，检察机关持续加强原始创新、关键核心技术司法保护，办理了 一批具有典型意义的案例，有力服务新质生产力发展。 2025年前11个月，检察机关共受理审查起诉侵犯商业秘密犯罪232人，数量较前两年呈上升趋势。例 如，广受关注的尊湃侵犯华为海思芯片技术商业秘密案，涉及国产芯片技术，涉案金额3.17亿元。上海 检察机关以侵犯商业秘密罪提起公诉，14名被告人均被判处刑罚。 最高检相关部门负责人介绍，当前，我国技术外流呈现多维度风险加剧特征，检察机关依法适用刑法第 219条，关于侵犯商业秘密罪定罪量刑的条款，守护国家科技安全和经济安全。最高检指导各级检察机 关在加大刑事打击力度外，强化民事行政诉讼监督，对确有错误的案件依法提出抗诉或者再审检察建 议，促进法律适用标准统一。 2025年检察机关聚焦新一代信息技术、人工智能、高端装备、生物制造、新能源、新材料等新兴产业、 未来产业，持续加强原始创新、关键核心技术司法保护，依法惩治侵犯核心技术犯罪，从严打击商业间 谍犯罪。 ...

Core Insights - The article emphasizes the strategic importance of advancing future industries in China, focusing on key technologies and sectors that can drive economic growth and national rejuvenation [1] Group 1: Future Industry Development - The "14th Five-Year Plan" outlines a comprehensive approach to future industry development, highlighting the need for breakthroughs in key core technologies [1] - The Beijing Humanoid Robot Innovation Center has launched the "Embodied Tiangong 3.0," a new generation of general-purpose robots with significant improvements in motion control and autonomous operation [1] - The "15th Five-Year Plan" suggests forward-looking layouts for future industries, including quantum technology, biomanufacturing, hydrogen energy, nuclear fusion, brain-machine interfaces, embodied intelligence, and 6G mobile communication [1] Group 2: Brain-Machine Interface - In Guangzhou, a clinical research ward for brain-machine interfaces is helping patients with severe conditions regain mobility through non-invasive training methods [2] Group 3: Quantum Technology and Hydrogen Energy - Anhui Province has made significant advancements in quantum technology, achieving a breakthrough in scalable quantum relay modules and quantum key distribution over distances exceeding 100 kilometers [3] - Jiangxi Province is developing a comprehensive hydrogen energy ecosystem, with a recent project enabling hydrogen-powered trucks to achieve over 600 kilometers of range with quick refueling [3] Group 4: Policy Support and Innovation - The Chinese government is focusing on enhancing the collaboration between industry, academia, and research to promote key technological advancements [4] - During the "14th Five-Year Plan," China accounted for over 20% of global patent applications in biomanufacturing and produced 70% of global bio-fermentation products [4] - The development of the 6G industry is entering a critical phase of technological innovation and clearer industrial direction [4] Group 5: Investment and Support Systems - The National Venture Capital Guidance Fund will be launched in December 2025 to increase support for strategic emerging industries and future industries [5] - The National Development and Reform Commission plans to create a high-quality, comprehensive venture capital service system to support enterprise growth through governance, strategic planning, and industry collaboration [6]

Group 1 - The core message emphasizes that European companies are losing global competitiveness and require significant reforms to enhance their position in the market [1] - A coalition of over 100 companies and investors, including Siemens and Deutsche Bank, has called for the EU to prioritize economic growth and reduce excessive regulation to strengthen capital markets and expedite free trade agreements [1] - The CEOs of Siemens and Deutsche Bank highlighted the need for Europe to master key technologies that support industry, energy supply, and security, indicating a failure to leverage its advantages [1] Group 2 - To boost the economy and enhance competitiveness, the German government, along with Siemens and Deutsche Bank, has initiated a large-scale investment initiative called "Made in Germany," committing to invest several hundred billion euros by 2028 for new factories, research and development, and infrastructure [1]

Core Viewpoint - The core strategy of the U.S. towards China is to contain its development, shifting from indirect economic means to direct technological restrictions [3][4][5] Group 1: Current State of U.S.-China Competition - The U.S.-China trade disputes, which began in 2018, have escalated from tariff conflicts to investment and personnel flow restrictions, fundamentally rooted in a technological competition [4][5] - The U.S. is increasingly using technology wars as a tool to limit China's growth, indicating a shift in policy focus from economic engagement to strategic competition [3][4] Group 2: Key Areas of Technological Competition - The global competition in "key core technologies" such as semiconductors, artificial intelligence, quantum information, new materials, and energy storage is intensifying, with these areas becoming the main battleground for technological and industrial competition [5][6] - The global semiconductor market is projected to reach $630.6 billion in 2024 and nearly $1 trillion by 2026, highlighting its critical role in industrial and national security [5] - In artificial intelligence, China accounted for 69.7% of global AI patent grants in 2023, while the U.S. share dropped from 42.8% in 2015 to 14.2% [5] Group 3: U.S. Strategies to Restrict China - The U.S. has implemented technology blockades against China, focusing on investment restrictions and export controls, alongside limiting the flow of researchers [8][9] - The U.S. aims to restructure supply chains and has enacted laws to limit tax credits for companies associated with "prohibited foreign entities," targeting Chinese firms [8][9] - The U.S. is also striving to establish standards in emerging technologies, emphasizing the importance of standards for economic and national security [8][9] Group 4: Challenges and Advantages for China - China faces challenges in R&D spending, which, while increasing, remains lower than that of the U.S. and some European countries, and there is a need to enhance the originality of patents and influence in international standard-setting [9][10] - However, China possesses a complete industrial system across all categories, forming a self-sufficient and efficient supply chain that is difficult for developed and developing economies to replicate [9][10] Group 5: Strategic Recommendations for China - China should enhance its technological self-reliance and effectively utilize global innovation resources by increasing R&D investment and fostering collaboration between academia and industry [11][12] - There is a need to support foundational sciences and original research, focusing on critical issues and encouraging talent to propose new theories and explore new fields [11][12] - Improving the standard-setting system and maintaining international cooperation in standards is crucial for enhancing China's influence in global technology [12][20]

Core Viewpoint - The article emphasizes the importance of high-level technological self-reliance and the development of new productive forces as a strategic support system for economic growth and national strength [1][2]. Group 1: High-Level Technological Self-Reliance - High-level technological self-reliance is fundamental for the development of new productive forces and is increasingly becoming a core strategic point in global competition [1]. - Original innovation and key core technologies are essential for achieving self-reliance, which in turn supports the development of new productive forces [1][2]. Group 2: Foundation of Core Elements - The accumulation of core elements is crucial for generating new productive forces, and high-level technological self-reliance acts as a catalyst for transforming these elements into a solid industrial foundation [3]. - The integration of digital innovation and process innovation is necessary for upgrading traditional industries, enhancing overall productivity, and transitioning from "labor-intensive" to "intelligent" production [3]. Group 3: Innovation and Industry Integration - A precise connection between the innovation chain and the industrial chain is vital for the growth of emerging industrial clusters, focusing on autonomous supply of key technological elements [4]. - The article advocates for the development of new industries such as satellite internet and low-altitude economy, aiming to create billion-level industrial clusters [4]. Group 4: Internal Motivation and Talent Development - The evolution of new productive forces relies on continuous internal motivation, which can be achieved through a comprehensive approach to education, technology, and talent development [6]. - The establishment of a new production relationship that supports innovation and talent cultivation is essential for aligning educational outcomes with industry needs [6]. Group 5: Digital Transformation - Digital transformation is identified as a key variable for maximizing development potential, enabling the integration of data elements into innovation and industrial processes [7]. - The construction of a robust digital infrastructure is necessary to unlock the potential value of data, driving fundamental changes in production methods [7][8].

Core Insights - Huairou Science City has laid out 37 technology facility platform projects, aiming for comprehensive operation and efficient utilization of 29 facilities by 2026, while also preparing over 30 projects for the 14th Five-Year Plan [1][2] Group 1: Technology Infrastructure - The 37 technology facility platform projects include 6 major national scientific infrastructure, 17 educational and research facilities, and 14 interdisciplinary research platforms, making it one of the most densely populated areas for major scientific infrastructure globally [1] - By 2025, 21 breakthrough technologies addressing critical issues will be introduced, including the new far-red light dopamine probe, with 110 significant achievements produced, and 28 awards received from Beijing Science and Technology [1] Group 2: Innovation and Development - The Laser Acceleration Innovation Center has nearly completed the world's first laser proton cancer treatment device, and breakthroughs in "iodine ion glue" technology have addressed the challenge of achieving 1,000 kilometers of range with a 100-kilogram battery [1] - The city plans to establish an internationally leading strategic technology integration development demonstration zone by 2026, focusing on enhancing public services in education, healthcare, and commercial sectors [2]

Group 1 - The core viewpoint of the article emphasizes that by 2027, China aims to achieve a secure and reliable supply of key core technologies in artificial intelligence [2] - The initiative involves collaboration among eight departments to enhance the development and application of artificial intelligence technologies [2] - The focus is on ensuring that these technologies meet national security standards and contribute to the overall technological advancement of the country [2] Group 2 - The plan outlines specific goals and milestones for the development of artificial intelligence, indicating a strategic approach to technology advancement [2] - It highlights the importance of self-sufficiency in critical technologies to reduce reliance on foreign technology [2] - The initiative is expected to drive innovation and economic growth within the artificial intelligence sector in China [2]

Group 1 - The core message emphasizes the importance of high-quality development and innovation in driving economic growth, as highlighted by Premier Li Qiang during his visit to Guangdong [1][2] - The focus on technological innovation is crucial for future competitiveness, with a call for enhanced support for enterprises in terms of policies, funding, and talent [1] - The development of the Guangdong-Hong Kong-Macao Greater Bay Area is seen as a key opportunity to gather innovative resources and strengthen research collaboration in emerging fields and core technologies [1] Group 2 - The visit included an inspection of the digital and intelligent production lines at Midea Kitchen Appliances, indicating a shift towards meeting new consumer demands through quality product development [2] - Emphasis was placed on the integration of infrastructure and regulatory standards to enhance connectivity and collaborative development within the Greater Bay Area [2] - The government is encouraged to deepen reforms in key areas, improve service efficiency, and optimize the business environment to stimulate economic growth [2]

Core Viewpoint - The article emphasizes the importance of seizing the current "time window" to consolidate advantages, eliminate bottlenecks, and strengthen weaknesses during the critical five years of the 14th Five-Year Plan [1] Group 1 - The "time window" is described as a critical period for achieving breakthroughs and enhancing existing advantages, which requires solid foundations and comprehensive efforts [1] - It is identified as a "strengthening period" for consolidating advantages, a "tackling period" for overcoming key technological bottlenecks, and an "enhancement period" for addressing developmental shortcomings [1] - The article calls for targeted actions in the most innovative areas and proactive measures in the most profound reforms to transform the "window period" into a "golden period" for future gains [1]