At present, the new round of technological revolution and industrial transformation continues to deepen, and to accelerate the formation of new quality productive forces, it is necessary to firmly grasp the "bull nose" of artificial intelligence, comprehensively implement policies, and explore a development path suitable for Chinese characteristics This points out the direction for us to create a new engine of economic development and build a new competitive advantage for the country. Currently, a new round of technological revolution and industrial transformation continues to deepen, and new quality productivity has distinct characteristics of the times. Artificial intelligence is an important driving force for new quality productivity, and accelerating the development of the new generation of artificial intelligence is of great significance for seizing the opportunities of the digital economy era and accelerating the formation of new quality productivity. The new quality productivity has distinctive characteristics of the times. In the context of the digital economy becoming the major trend of social development and China's overall construction of Chinese path to modernization, the characteristics of the new quality productivity are mainly reflected in the following five aspects. New quality productivity is supported by new technologies such as digitization, networking, and intelligence. Technological innovation has entered a period of intensive activity, with the emergence of new generation disruptive technologies in fields such as information, biology, energy, and materials, presenting a trend of deep cross integration, high complexity, and multi-point breakthrough development. The infrastructure supporting social development has also been further upgraded under the influence of new technologies, forming a new type of digital and intelligent infrastructure. New quality productivity takes data as the key production factor. Due to its unique characteristics of low marginal cost, strong permeability, and integration, data elements can promote the continuous optimization and upgrading of production tools and equipment, production methods, and resource allocation methods, and promote innovation in material productivity. New quality productivity is driven by technological innovation as its core driving force. The drawbacks of the extensive development model characterized by relying on large-scale resource investment are increasingly prominent, and achieving high-quality development requires finding new methods and paths through technological innovation. In the fierce international competition, we need to open up new fields and tracks for development, shape new driving forces and advantages, fundamentally relying on technological innovation. New quality productivity is characterized by deepening the application of new technologies. The Internet, big data, cloud computing, artificial intelligence, and other new universal technologies have become empowering effects on more and more industries and industrial development. Many fields penetrated by new technologies are constantly forming new productive forces. Strategic emerging industries and future industries have become the main battlefield for cultivating and developing new quality productivity, and are also a new track for seizing the commanding heights of future competition and building new national competitive advantages. The impact of new quality productivity is widespread and revolutionary. Under the combined influence of data elements and new generation technologies, new formats and models continue to emerge, and traditional industries continue to upgrade and transform. The resulting impact is not only reflected in the field of natural sciences and productivity, but fundamentally reshapes the labor mode, production organization mode, social organization operation, and social institutional system of human society, thereby shaping a new form of human civilization. Artificial intelligence is the engine of new productive forces. Artificial intelligence provides the driving force for scientific and technological innovation. Over the past 100 years, the field of basic research has undergone revolutionary breakthroughs and rapid development. Nowadays, people