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China's first 8K space-filmed movie premieres in St. Petersburg

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China's first 8K space-filmed movie premieres in St. Petersburg

2026-04-26 16:57 Last Updated At:04-27 11:13

China's first space documentary, filmed with 8K ultra-high-definition cameras by its astronauts, premiered in St. Petersburg, Russia on Friday, the 11th Space Day of China.

The year 2026 also marks the 65th anniversary of the historic flight of Yuri Gagarin, the first human to travel into outer space.

The SHENZHOU 13, or Blue Planet Outside the Window, chronicles the Shenzhou-13 mission featuring China's first six-month manned space station stay and the first spacewalk by a Chinese female astronaut.

Largely told by Wang Yaping, the country's first female astronaut venturing on a mission to the space station, the documentary offers unprecedented, spectacular views of Earth from about 400 kilometers above and gives glimpses into life aboard the station.

"We were all watching. It was quite an original idea -- to show everything as it is, from beginning to end, how life unfolds aboard the space station. It's certainly very interesting. Young people can sense from the movie the very feeling of being so far away from home, from the homeland, from the relatives, and from people in general," said Mikhail Malenkov, vice president of the St. Petersburg branch of the Tsiolkovsky Russian Academy of Cosmonautics.

The 90-minute film employs a straightforward narrative style to tell the story of the astronaut trio -- Zhai Zhigang, Wang Yaping and Ye Guangfu. It depicts their experiences in space, including conducting experiments, going on spacewalks, exercising, getting haircuts, playing musical instruments, celebrating the New Year, giving lectures to students on Earth, and filming 8K footage.

"This film provides an opportunity for the viewers to see what experiments are being conducted, who are involved, and how long the experiments will last. It's extremely useful for students who attend this event, especially for those studying aerospace, and there are several of them here. The students can view these experiments from an instrumentation engineering perspective, understand what information technologies are being used, and think how they can apply their knowledge gained during studies," said Valentin Olenev, director of the Center for Aerospace Research and Development under the Saint-Petersburg State University of Aerospace Instrumentation.

"What a fantastic film! It has unique footage and was beautifully shot with deep love. And it was a joy to watch the film. There's a saying that one can't see borders from space. Cosmonautics is a field that unites humanity and unites different nations and countries," said Andrey Emelyanov, a renowned spacecraft test engineer.

"I really like the film. I even started crying at the beginning, because it was such a great film," said Nikita Sokolov, a Russian student.

The Shenzhou-13 mission sent three astronauts to China's space station core module on Oct. 16, 2021. They returned to Earth on April 16, 2022.

China's first 8K space-filmed movie premieres in St. Petersburg

China's first 8K space-filmed movie premieres in St. Petersburg

The Chinese Academy of Sciences (CAS) on Tuesday revealed an artificial intelligence (AI) model system supporting scientific research, empowering multiple scientific domains including mathematics, physics and biology.

This marks a transition in AI-driven scientific research from fragmented and isolated exploration toward collaborative, efficient and platform-based innovation.

Named ScienceOne 100, the model system has been built on the basis of the scientific foundation model ScienceOne, with a cluster of multidisciplinary domain-specific large models.

ScienceOne provides three core functions: literature compass, innovation evaluation and agent factory, empowering the entire research and innovation workflow.

ScienceOne was released in 2025 and trained on professional scientific corpus and data. Its latest version has achieved flagship-level performance for scientific knowledge and agentic long-horizon reasoning, and has attained state-of-the-art results in terms of multiple benchmarks related to scientific image understanding and manipulation.

The model system currently comprises eight domain-specific large models, covering mathematics, physics, materials science, astronomy, environmental science, aerospace, geosciences and biology.

Zeng Dajun, deputy director of the Institute of Automation at CAS, cited the system's application in materials design as an example.

"In the design of various materials, catalyst design is a critical step. In the past, developing a new catalyst was highly time-consuming, requiring extensive literature review and numerous experiments. Now, with the ScienceOne 100 model system, research efficiency can be boosted by dozens of times," said Zeng.

The system has already been deployed and applied across over 50 CAS institutes, covering more than 100 research scenarios.

It has demonstrated tremendous potential in typical applications such as high-speed rail flow field reconstruction, spectral identification, materials discovery, adjuvant design, astronomical observation, Qinghai-Tibet Plateau scientific expedition, marine forecasting and ecological research.

Chinese Academy of Sciences unveils AI model system for scientific research

Chinese Academy of Sciences unveils AI model system for scientific research

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