China is leading in the development of advanced sensor technologies essential for military navigation and targeting, surpassing the efforts of AUKUS countries – the United States, United Kingdom, and Australia. Even with the collaboration of Indo-Pacific nations like Japan and South Korea, China’s output in high-impact research far exceeds that of its counterparts.
High-impact research serves as a measure of scientific and technological capability, indicating significant advancements in specific fields. An example of such advancements is the recent surge in artificial intelligence applications, like ChatGPT, which have gained global attention. However, these breakthroughs are the result of years of extensive research and progress in artificial intelligence and computing.
While North America holds the largest portion of the $200 billion global defense R&D investment, China’s cutting-edge research in missile-guidance and sub-detection technologies is unmatched. These areas are essential for effective military navigation and targeting in modern warfare scenarios.
China’s focus on developing state-of-the-art sensor technologies has allowed them to achieve advancements in areas such as quantum magnetometers. These devices play a crucial role in object detection and satellite-free navigation. The Lockheed “Dark Ice” quantum magnetometer is an example of their progress in this field.
By outperforming their AUKUS counterparts and other Indo-Pacific nations, China has established itself as a leader in crucial sensor technologies. These advancements have significant implications for military operations and national security, providing China with a strategic advantage in the region.