在合作过程中，中方还致力于为阿曼培养了航天领域人才，50多位阿曼工程师先后到中国接受了培 训。与中国的合作不仅仅是制造和发射了一颗卫星，更为阿曼航天事业长期发展奠定了基础。 目前，阿曼星一号被写入阿曼七年级国家教材。用阿曼自主的卫星教导学生相关知识，不仅能激发 年轻一代的自豪感，更能激励他们致力于科技创新，意义非凡。 不久前，我参加了在杭州举行的第四届全球数字贸易博览会。杭州人民的热情好客和当地科技的飞 速发展令人印象深刻。数博会上，阿曼作为合作方，参与了全球首个 AI原生架构的数字贸易卫星星座 与天基数贸大模型——"全球数贸星座"与"世界数贸大模型"。 在这一"星座"中，中国企业将在轨算力部 署到人工智能卫星上，有效打造出"太空中的超级计算机"。训练数贸基础模型，打造贸易的太空智能体 （Agent），它们能够分析贸易政策、模拟供应链、预测物流风险，并为全球农业与环境监测提供支 持。刚刚进入太空时代的阿曼，借助着与中国的合作走在了时代前沿。 中国在航天领域不断探索，敢于开拓，勇于实践。中国在全球航天贸易中的影响力正在不断扩大， 中国航天正在重塑国际格局。展望未来，中国航天将持续开放合作，推动人类共享创新与发展 ...

Group 1 - The successful launch of the "Nankei No. 1" satellite marks a significant achievement for Southern University of Science and Technology (SUSTech), being the first satellite developed by a Shenzhen university for space science research [1][4] - The satellite carries independently developed scientific payloads, including a space electric field measurement system and an aurora camera, which are expected to enhance research on space weather and provide critical data for monitoring Earth's magnetosphere and ionosphere [4][5] - The project involved over 20 undergraduate and graduate students, providing them with hands-on experience in satellite design, development, and testing, thereby enriching their educational experience and fostering interest in space science [1][3][5] Group 2 - Shenzhen universities are increasingly integrating research and education, exemplified by initiatives such as SUSTech's satellite project and Shenzhen University’s practical learning experiences in major engineering projects [2][6] - The innovative educational models in Shenzhen, such as the "one student, one chip" initiative at Shenzhen University of Technology, emphasize practical skills and direct involvement in research from early academic stages [7][9] - The rapid development of higher education in Shenzhen, with the establishment of multiple new universities and a significant number of top scientists, reflects the city's commitment to fostering a robust educational and research environment [7][8]