Core Viewpoint - The State Council has issued the "Opinions on Deepening the Implementation of 'Artificial Intelligence+' Action," marking a new phase in the systematic promotion and deep integration of artificial intelligence with the economy and society [1] Group 1: Systematic Promotion of AI - The issuance of the Opinions signifies a shift towards a systematic approach in advancing artificial intelligence, aiming to transform China's industrial scale, data resources, and application scenarios into national intelligent advantages [1] - The implementation will focus on systematic innovation, emphasizing the collaboration of technology, industry, and mechanisms, with key breakthroughs in frontier areas such as industrial models and embodied intelligence [1] Group 2: Scientific Large Models - The Opinions prioritize "Artificial Intelligence + Science and Technology," highlighting the importance of solid scientific foundations for technological breakthroughs and global competitiveness [2] - Scientific large models are crucial for the intersection of artificial intelligence and basic sciences, showing disruptive potential in fields like protein structure prediction and new material discovery [2] - There is a recommendation to support the development of large models addressing major scientific issues and to establish collaborative platforms among high-level research institutions, universities, and enterprises [2] Group 3: Industrial Large Models - The transition from general large models to industrial large models is reshaping research and development modes across various industries, enhancing understanding of complex business scenarios [3] - Industrial large models can accelerate technological insights and knowledge discovery, optimizing research and development routes through intelligent analysis of global patents and technical reports [3] - The Opinions emphasize the need for integrated development of technology research, engineering realization, and product landing, with industrial large models being a key driver [3][4] Group 4: Low-altitude and Embodied Intelligence Models - Low-altitude economy and embodied intelligence are identified as critical areas for technological application, expected to significantly impact China's economic transformation [5] - Low-altitude large models will serve as core infrastructure for the intelligent upgrade of the low-altitude economy, integrating various domain knowledge for enhanced environmental perception and risk warning capabilities [6] - Embodied intelligence models are essential for bridging virtual intelligence and the physical world, focusing on developing models that support complex task planning and human-machine collaboration [6] Group 5: Collaborative Innovation System - The establishment of a collaborative innovation system is crucial for advancing the "Artificial Intelligence+" initiative, with a focus on foundational research and intelligent infrastructure [7] - There is a strong emphasis on interdisciplinary integration and the creation of collaborative research platforms to address major scientific and engineering challenges [7] - The development of a governance framework covering the entire lifecycle of large models is necessary to ensure compliance and safety in sensitive areas like low-altitude economy and medical AI [7] Group 6: Future Directions - The issuance of the Opinions is expected to accelerate the robust development of "Artificial Intelligence+" in China, with a continued focus on key areas such as scientific large models and industrial applications [8]

Core Insights - The "Artificial Intelligence +" initiative in China is expected to drive significant transformations across various industries, with AI projected to contribute over one trillion yuan to the global economy by 2030, becoming a key growth driver [1] Group 1: AI in Research and Development - The initiative will accelerate the application of large scientific models and promote the intelligent upgrade of fundamental research platforms and major infrastructures, including the sharing of high-quality scientific datasets [3] - AI technology is being utilized in new material development for aerospace applications, significantly reducing the design cycle from over ten years to under three years for new 3D printed steel alloys [3] Group 2: Innovation and Collaboration - The initiative supports the promotion of intelligent R&D tools and platforms, fostering collaborative innovation in fields such as biomanufacturing, quantum technology, and 6G [5] - AI is expected to replace many experimental processes with simulations, potentially leading to breakthroughs in Chinese scientific research with growth rates of hundreds or even thousands of times [5] Group 3: Industrial Development - The initiative aims to advance the intelligent development of all industrial elements, nurturing a new generation of AI-native enterprises [6] - China is positioned to leverage its strengths in manufacturing by solidifying existing processes with intelligent systems, leading to flexible digital workflows and organizational structures [6] Group 4: Consumer Quality Enhancement - The initiative will accelerate the integration of AI with technologies such as the metaverse, low-altitude flight, and brain-computer interfaces, enhancing product innovation [8] - AI is seen as a means to democratize productivity, with applications in logistics, including drone delivery and emergency response, presenting new business models and governance frameworks [8]