CCTV1 — broadcast
20260811 114000 UTC
137 transcript segments
Google Cloud Speech-to-Text API (Chirp) + Gemini 2.5 Flash Non-Thinking
Data courtesy of The GDELT Project (https://www.gdeltproject.org/), from the Internet Archive TV News Archive.
Machine transcription. Treat it as a searchable index of what was broadcast, not a verbatim quotation record.

[00:00:08] Feihe Qicui specializes in helping sources of breast milk. Active nutrients exceed
[00:00:12] 2500 kinds of protein. Added high content DHA
[00:00:15] contains good bacteria for easy absorption. Fresher ingredients,
[00:00:19] 妈妈 is more at ease. Feihe milk powder is more suitable for Chinese babies' physique
[00:00:23] .
[00:00:23] Complementary advantages, collaborative innovation.
[00:00:27] 优 势 互 补 , 协 同 创 新 。
[00:01:31] Technological innovation is the core engine for promoting high-quality development.
[00:01:35] Recently, the Vitality China Investigation and Research reporter group entered the Yangtze River
[00:01:39] Delta to investigate the regional collaborative scientific and technological innovation vitality.
[00:01:42] In 2025, the central economic work conference made a major deployment
[00:01:46] to promote the Beijing International Science and Technology Innovation Center to expand to the Jinji region,
[00:01:50] and the Shanghai International Science and Technology Innovation Center to expand to the Yangtze River
[00:01:53] Delta, clearly releasing an important signal that technological
[00:01:57] innovation cannot rely solely on core cities.
[00:02:07] In the Yangtze River Delta, Shanghai, Jiangsu, Zhejiang, and Anhui each have their own
[00:02:11] innovative strengths. How will the four parties collaborate and cooperate to generate
[00:02:15] new innovative momentum? This
[00:02:19] is Zhangjiang Robot Valley in Shanghai. Not long
[00:02:22] ago, the national and local co-built humanoid robot innovation center
[00:02:26] public service platform was put into operation here. Through
[00:02:30] this platform, humanoid robots can accelerate from laboratory
[00:02:34] prototypes to large-scale mass production, assisting the clustered
[00:02:38] development of the Yangtze River Delta's artificial intelligence industry. Such innovations are
[00:02:42] continuously being implemented, which is a vivid embodiment of Shanghai accelerating the construction of the Yangtze River Delta
[00:02:46] International Science and Technology Innovation Center. How to build a regional collaborative
[00:02:49] innovation model? Shanghai's core
[00:02:53] idea is to, on the one hand, leverage its own advantages
[00:02:57] and strengthen its internal capabilities, and on the other hand, drive
[00:03:09] the integrated development of the Yangtze River Delta. Shanghai has established a joint fund for basic research in the Yangtze River Delta to promote the opening and sharing
[00:03:12] of large scientific installations within the region. In terms of institutional innovation,
[00:03:16] in 2025, the three provinces and one city of the Yangtze River Delta for the first time
[00:03:19] simultaneously implemented a collaborative legislative decision on promoting
[00:03:23] the coordinated development of science and technology innovation in the Yangtze River Delta.
[00:03:27] This year, a new round of cooperation agreements was signed.
[00:03:31] High-temperature superconductivity is one of the core technologies
[00:03:35] for promoting fusion energy from scientific exploration to commercialization.
[00:03:38] In Shanghai, China Fusion Energy Co., Ltd. is collaborating
[00:03:42] with many enterprises in the Yangtze River Delta to carry out joint research.
[00:03:46] In May this year, the company was selected as one of the third batch of Yangtze River Delta Innovation
[00:03:50] Consortiums. This is a collaborative innovation mechanism established in the Yangtze River Delta
[00:03:54] region. Currently, 36 innovation consortiums
[00:03:57] have been announced, covering nuclear fusion energy.
[00:04:47] Next, Shanghai will also collaborate with Jiangsu, Zhejiang, and Anhui provinces to accelerate the promotion of the construction of the Shanghai-Yangtze River Delta International Science and Technology Innovation
[00:04:51] Center. On the one hand,
[00:04:54] we will create a source of original innovation
[00:04:58] to cultivate basic research.
[00:05:27] Transform the industrial base advantage of the Yangtze River Delta into a strategic competitive advantage. For collaborative innovation in the Yangtze River Delta, Jiangsu has a significant manufacturing transformation advantage. Among the first batch of
[00:05:31] 45 national advanced manufacturing clusters announced by China, Jiangsu
[00:05:35] has the largest number, and the only
[00:05:39] shipbuilding and marine engineering industry cluster also comes from here.
[00:05:43] Not long ago, in Nantong, Jiangsu, China's independently designed and built
[00:05:47] second 180,000 cubic meter ultra-large liquefied natural gas carrier
[00:05:50] was successfully delivered. The design and construction of such ships
[00:05:54] are extremely difficult. The global market was long
[00:05:58] dominated by foreign countries. Now, in Jiangsu, mass production
[00:06:02] can be realized. In recent years, Jiangsu has taken cluster cultivation
[00:06:06] as the overall grasp for building a strong manufacturing province, transforming the manufacturing
[00:06:09] industry from scale advantage to quality.
[00:06:43] Every two months, a factory tour is conducted.
[00:06:47] In the manufacturing base of this heavy machinery production enterprise in Xuzhou,
[00:06:50] AI technology has deeply penetrated key processes.
[00:06:54] In the past, the research and development of lifting machines required manual calculation of
[00:06:58] thousands of parameters, and it took 14 years for new products
[00:07:01] from design to offline. Now, with modular generative
[00:07:05] research and development, three new products can be launched in two years, and the newly
[00:07:09] built intelligent production line can also achieve differentiation.
[00:07:29] In recent years, Jiangsu has deployed and carried out the work of manufacturing
[00:07:32] digital transformation and network connection, basically realizing full coverage of
[00:07:36] industrial enterprises above designated size. At present,
[00:07:40] the province has cumulatively established two leading intelligent factories,
[00:07:44] 67 excellent intelligent factories, and 1808 advanced intelligent
[00:07:48] factories. 21 enterprises were selected as global Lighthouse Factories.
[00:07:51] Relying on a complete manufacturing system, Jiangsu
[00:07:55] will also focus on undertaking the industrialization of Shanghai's original innovation achievements,
[00:07:59] and synergize with Zhejiang and Anhui to build
[00:08:03] a science and technology innovation center with global influence.
[00:08:06] We will build high-standard
[00:08:09] Nanjing, Suzhou,
[00:09:12] In Zhejiang, the Wuzhen Light Supercomputing Center has been completed and put into operation,
[00:09:16] providing computing power support for the development of industries such as artificial intelligence.
[00:09:20] The Three-Body Computing constellation was successfully launched, sending computing power
[00:09:24] into space. Due to leading布局 and rich
[00:09:28] application scenarios, Zhejiang's digital economy has maintained
[00:09:32] double-digit growth for more than ten consecutive years, and is the only
[00:09:36] province in the country to be approved as both a national digital economy innovation
[00:09:39] and development pilot zone and a national data element comprehensive experiment.
[00:09:44] Zhejiang has always regarded the digital economy as the core content
[00:09:48] of building a scientific and technological innovation highland. It has comprehensively promoted
[00:09:52] the construction of computing power infrastructure across the province. It has issued the country's
[00:09:55] first provincial public data authorized operation management measures
[00:09:59] to further promote the research and development of high-level models, cultivate
[00:10:03] high-value application scenarios, and actively deploy a number of
[00:10:07] key laboratories in the direction of big data, gathering a number of
[00:10:11] high-level talents.
[00:10:25] Medical enterprises that need data for product iteration can all purchase
[00:10:29] it here. However, data is not like clothes
[00:10:32] or home appliances; there is no fixed price. The same data used
[00:10:36] in different scenarios may have a huge difference in value. In order to make
[00:10:40] data product transactions more efficient and smooth,
[00:10:44] Wenzhou Data Exchange Center, in conjunction with Shanghai University of Finance and Economics and other institutions,
[00:10:47] jointly tackled the problem and launched the country's first intelligent
[00:10:51] system that can quickly evaluate data products.
[00:10:55] The 1.0 data valuator is actually a metering device, which is equivalent to helping us inject a sense of fairness into data. Through our valuator, we analyze these data, thereby promoting their circulation and application. In recent years, we have continuously promoted the development of the digital economy. In the economic field, we have built two key laboratories: intelligent materials and high-end software.
[00:11:55] The deep integration of scientific and technological innovation and industrial
[00:11:59] innovation, this article, continues to magnify the first-mover advantage
[00:12:03] of the digital economy, and further promotes the cross-regional sharing
[00:12:07] of data, computing power, and scenarios, and builds a first-class innovation
[00:12:11] ecosystem.
[00:13:08] It's about real scenes, not miniature landscapes. To this end, Anhui has established three lists: opportunity capacity,
[00:13:12] and cases. To achieve shared
[00:13:15] scenes and precise matching, to meet new demands, new areas, and new tracks,
[00:13:19] to spawn new products, new services, and new models.
[00:13:23] What to do about problems such as poor对接 and insufficient professional capabilities
[00:13:27] encountered in the transformation of scientific and technological achievements?
[00:13:30] In 2025, Anhui launched the urban partner mechanism
[00:13:34] in 16 cities, allowing scientific and technological
[00:13:37] service agencies that understand technology, markets, and policies to become urban
[00:13:41] partners and operate in a market-oriented cooperation.
[00:13:54] Then the province will have a unified selection.
[00:14:55] deep space exploration and other high-tech innovation highlands. On the other hand,
[00:14:59] Anhui will actively promote complementary advantages. Anhui has established
[00:15:02] nearly 20 science and technology innovation enclaves in Zhejiang and Anhui.
[00:15:06] Next, we will work with Zhejiang and Anhui
[00:15:10] to build a regional innovation community that leverages respective strengths
[00:15:14] and empowers each other, promoting the deep integration of innovation chains,
[00:15:17] industrial chains, capital chains, and talent chains. Looking globally,
[00:15:21] international science and technology innovation centers with significant influence are common.
[00:15:37] Promote the deep integration of scientific and technological innovation and industrial
[00:15:40] innovation. Currently, Beijing-Tianjin-Hebei, Shanghai
[00:15:44] Yangtze River Delta, and Guangdong-Hong Kong-Macao Greater Bay Area, the three major international science and technology innovation
[00:15:48] centers, are simultaneously promoting expansion and upgrading, and are
[00:15:52] accelerating the creation of scientific and technological innovation highlands with global influence,
[00:15:55] which will certainly become a key strategic point for China to build
[00:15:59] a scientific and technological power. Thank you for watching today's
[00:16:02] interview. Goodbye.
[00:16:03] 。