
Research on mouse dendrites reveals how brains integrate learned rules with sensory input
AI-generated summary
Scientists have long sought to understand how the brain adapts to changing contexts to process sensory information.
Chinese scientists have found evidence that individual neurons can act like powerful minicomputers that enable flexible behaviour such as making decisions.
Scientists do not have a complete understanding of how our brains adapt to changing contexts to respond appropriately to sensory information.
But by studying mice, the team obtained the first experimental evidence that dendrites – branchlike structures attached to neurons – can integrate learned rules with incoming sensory inputs to drive flexible choices.
These new insights into the cognitive process could also help in the design of more adaptable and efficient AI systems modelled on the human brain, the researchers said.
2026 will celebrate the 90th anniversary of the discovery of the Liangzhu ruins. The fourth "Liangzhu Forum" was held recently. Scholars from many countries discussed the uniqueness of Liangzhu civilization in rice farming, collective collaboration and spiritual beliefs, emphasizing the diversity of the origin paths of human civilization and the value of civilization diversity.

On October 20, the 4th "Liangzhu Forum" released six Liangzhu archaeological research results, including the "Complete Collection of Liangzhu Jade Artifacts". Experts said that these results demonstrate the latest progress in Liangzhu archeology and emphasize the important role of international cooperation in the study of Liangzhu ruins.

By analyzing 25 years of global ionospheric observation data, a team from Chuo University and Kyoto University confirmed for the first time that the ionosphere has a "saturation effect" on solar activity. This subverts the previous intuitive understanding that "the stronger the sun, the more active the ionosphere is" and helps improve the reliability of GPS positioning and satellite communications.
During the 4th "Liangzhu Forum", Wang Wei, the principle director of the Chinese Archaeological Society, accepted an exclusive interview to analyze the unique growth method of Liangzhu civilization that relied on water due to rice cultivation and gathered due to water control, and discussed the local growth and foreign exchange and mutual learning of Chinese civilization.
The International Research Center for Sustainable Development Big Data released "Global Sustainable Development Data Products (2025)" in Beijing on October 19. This series includes 9 sets of data products, covering the land surface, offshore and atmosphere, with a longest span of 38 years and a maximum resolution of 10 meters. It aims to provide scientific support for the assessment of global sustainable development goals.
China's "Fengqing" artificial intelligence global short- and medium-term ensemble weather forecast system V1.0 has been officially put into operation. The system was jointly developed by the National Meteorological Center and other institutions. It has a global effective forecast time of 11 days. It has performed well in extreme weather forecasts such as Typhoon "Capricorn", marking that China's meteorological AI technology has reached the world's advanced level.