90后博士沈楚洋：让量子测量从实验室走向应用

Core Viewpoint - Quantum precision measurement technology, leveraging quantum mechanics principles, significantly enhances measurement accuracy compared to traditional high-precision gravity measurement techniques. The China Shipbuilding Group's 717 Research Institute is a pioneer in this field, successfully transitioning quantum gravity gradient technology from laboratory to application within five years, thus positioning China as a leader in quantum gravity measurement technology [1][2][3]. Group 1: Technology Overview - Quantum precision measurement technology is described as a comprehensive technology that actively manipulates quantum states to break through measurement accuracy limits [1]. - Traditional high-precision gravity measurement technology has been hindered by foreign technology blockades, making it difficult for China to advance without external dependencies [2]. - The 717 Research Institute has developed a quantum gravity gradient instrument that operates stably under various temperature conditions, overcoming significant challenges in environmental adaptability [3][4]. Group 2: Research and Development Achievements - The team, led by Shen Chuyang, has made significant advancements in quantum gravity precision measurement, achieving international leading levels in dynamic measurement performance within two years [6][7]. - The first prototype of the quantum gravity gradient instrument was developed, showcasing its ability to function effectively in real-world conditions, including extreme temperatures and environmental challenges [6][7]. - The team is also working on a shipborne quantum gravity instrument, which is crucial for marine science, resource exploration, and foundational surveying [7][9]. Group 3: Application and Future Prospects - The research team's efforts are aimed at applying quantum gravity measurement technology in various scenarios, including geological exploration and disaster warning systems [4][9]. - The team has engaged in field tests under challenging conditions, successfully gathering data that will support the practical application of the shipborne quantum gravity instrument [7][9]. - The 717 Research Institute emphasizes the importance of youth talent development, with a significant portion of its innovative teams composed of young professionals, fostering a culture of interdisciplinary collaboration [9][10].