Chongqing will focus on enhancing urban innovation capabilities and the overall efficiency of the municipal innovation system. It will embed “innovation” as the primary driving force into the city’s core and strive to build a first-class innovation ecosystem integrating science, industry, city, people, and culture.
In recent years, Chongqing has seized strategic opportunities such as the Chengdu-Chongqing economic circle construction, vigorously implemented science and technology innovation and talent development strategies, and established a “416” sci-tech innovation layout. The construction of a nationally influential sci-tech innovation center has gradually transitioned from foundational development to a new phase of quality improvement and breakthrough. The city’s comprehensive sci-tech innovation index ranks 7th nationally and has remained first in Western China for six consecutive years.
Next, Chongqing will focus on four key areas to advance innovation.
First, shaping the city through sci-tech innovation. Chongqing will gradually build a sci-tech innovation corridor with a “core leadership—node support—citywide linkage” spatial layout, accelerate the construction of innovation hubs in digital intelligence technology, life health, new materials, and green low-carbon sectors, and enhance the aggregation of innovation resources. By 2027, the city aims to achieve an R&D intensity of 3%, driving high-quality urban development through innovation.
Second, attracting talent through sci-tech innovation. Chongqing will enhance the influence of innovation platforms, strengthen and optimize the sci-tech talent team, and build a deeply integrated industry-university-research technological innovation system. By 2027, it aims to have 150 national sci-tech innovation base platforms, continuously stimulating urban innovation potential.
Third, revitalizing industry through sci-tech innovation. The city will leverage sci-tech innovation to empower industries, using industrial innovation to drive urban innovation development. It will continue to implement initiatives to cultivate leading tech enterprises, build sci-tech service industry clusters, and accelerate the “double倍增” action for high-tech and tech-based enterprises. By 2030, the goal is to reach 20,000 high-tech enterprises in the city.
Fourth, enriching culture through sci-tech innovation. By fostering an open and inclusive innovation culture, Chongqing will further optimize the innovation and entrepreneurship environment. Specific measures include implementing a plan for high-level tech enterprise incubators, improving the innovation and entrepreneurship ecosystem around universities, and establishing the Chongqing Sci-Tech Financial Reform Pilot Zone.
Chengdu-Chongqing economic circle
The Chengdu-Chongqing economic circle is a major regional development strategy launched by the Chinese government in 2021 to integrate the mega-cities of Chengdu and Chongqing into a single, powerful economic hub in Western China. Historically, this area in Sichuan province has been a populous and agriculturally rich region, often called the “Country of Heaven.” The modern initiative aims to transform this historical foundation into a leading center for advanced manufacturing, technology, and innovation.
416 sci-tech innovation layout
I am unable to provide a summary for “416 sci-tech innovation layout” as it does not appear to refer to a specific, widely recognized place or cultural site with a known history. It may be an internal project name, a local development plan, or a mistranslation. For an accurate summary, please provide the official name of the location or more context.
sci-tech innovation corridor
The Sci-Tech Innovation Corridor is a modern development concept rather than a single historical site, typically referring to a planned zone that clusters technology companies, research institutions, and startups to foster collaboration and economic growth. These corridors, such as Silicon Valley in the U.S. or Zhongguancun in China, are often established by governments or regional partnerships to drive technological advancement and attract global talent. Their history is generally recent, emerging in the late 20th and 21st centuries as part of national strategies to dominate in high-tech industries like computing, biotechnology, and artificial intelligence.
digital intelligence technology innovation hub
The Digital Intelligence Technology Innovation Hub is a modern facility dedicated to advancing research and development in fields like artificial intelligence, big data, and the Internet of Things. While it lacks a long historical narrative, its origins lie in the 21st-century global push to foster technological entrepreneurship and collaboration between academia and industry. Its purpose is to serve as a central ecosystem for creating and commercializing next-generation digital solutions.
life health innovation hub
The Life Health Innovation Hub is a modern collaborative ecosystem designed to foster advancements in the life sciences and healthcare sectors. It typically serves as a center where researchers, startups, and established companies converge to develop new technologies and solutions. While its specific history varies by location, such hubs are generally recent initiatives, created in the 21st century to accelerate medical innovation and economic growth.
new materials innovation hub
The New Materials Innovation Hub is a modern research and development center dedicated to advancing the science and application of novel materials, such as graphene and smart polymers. It was established in the 21st century to accelerate breakthroughs in fields like electronics, medicine, and sustainable manufacturing. The hub fosters collaboration between scientists, engineers, and industry partners to translate cutting-edge discoveries into practical technologies.
green low-carbon innovation hub
The Green Low-Carbon Innovation Hub is a modern concept for a facility or district designed to foster the development and commercialization of sustainable technologies. Its history is rooted in the 21st-century global movement to combat climate change, serving as a physical center where businesses, researchers, and startups collaborate. The hub’s purpose is to accelerate the transition to a green economy by focusing on renewable energy, energy efficiency, and circular economy principles.
Chongqing Sci-Tech Financial Reform Pilot Zone
The Chongqing Sci-Tech Financial Reform Pilot Zone is a state-level initiative established to foster innovation by integrating financial services with the technology sector. Its history is rooted in China’s broader national strategy to develop the Chengdu-Chongqing economic circle, using financial reforms to attract investment and support tech startups. The zone aims to become a pivotal hub for technological advancement and modern finance in western China.
