**嫦娥六号成功落月背后：上海技物所激光敏感器立大功**
中新社北京6月2日电，随着嫦娥六号的成功落月任务，一个科研亮点及其背后的科技力量正吸引着广泛关注。在今天的壮观场景中，嫦娥六号着陆器和上升器组合体在北京时间早晨时分成功着陆月球背面的南极艾特肯盆地预选着陆区。这一壮举背后，一项重要的技术贡献来自中国科学院上海技术物理研究所（上海技物所）。
据悉，上海技物所研制的激光敏感器在落月过程中起到了至关重要的作用。这一激光敏感器不仅精度高，而且响应迅速，确保嫦娥六号在复杂的月球引力环境中安全稳定着陆。专家表示，激光敏感器的成功应用不仅体现了我国在航天技术领域的持续进步，也展现了我国在高端科研领域的创新能力。
嫦娥六号的成功落月不仅为后续月球探测任务打下了坚实基础，也为全球航天领域带来了更多的合作与发展机遇。中国科学院上海技物所的激光敏感器技术将继续为探索宇宙深处的奥秘贡献力量。
英语如下：
News Title: Chang’e-6 successfully lands on the moon: Shanghai Institute of Technical Physics’ laser sensor plays a crucial role
News Content: **Behind the Success of Chang’e-6 Moon Landing: The Magic of Shanghai Tech’s Laser Sensor**
Beijing, June 2 (China News Service): With the successful moon landing mission of Chang’e-6, a scientific research highlight and its underlying technological prowess are attracting widespread attention. In today’s spectacular scene, the Chang’e-6 lander and ascender complex successfully landed in the pre-selected landing area of the South Pole-Aitken Basin on the far side of the moon in the morning Beijing time. Behind this feat, an important technical contribution comes from the Shanghai Institute of Technical Physics (Shanghai Tech Institute) of the Chinese Academy of Sciences.
It is reported that the laser sensor developed by the Shanghai Tech Institute played a crucial role during the moon landing. This laser sensor, known for its high precision and quick response, ensured the safe and stable landing of Chang’e-6 in the complex lunar gravitational environment. Experts indicate that the successful application of the laser sensor not only demonstrates China’s sustained progress in space technology but also showcases its innovation capabilities in high-end scientific research.
The successful landing of Chang’e-6 not only lays a solid foundation for future lunar exploration missions but also brings more opportunities for cooperation and development to the global aerospace sector. The laser sensor technology of the Shanghai Tech Institute of the Chinese Academy of Sciences will continue to contribute to exploring the mysteries deep in the universe.
【来源】http://www.chinanews.com/gn/2024/06-02/10227686.shtml
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