China has conducted a groundbreaking test of a novel explosive device that utilizes hydrogen but does not involve nuclear fusion, marking a significant advancement in military technology. Developed by the China State Shipbuilding Corporation (CSSC), this innovative weapon operates using a unique chemical reaction with magnesium hydride, achieving a powerful explosion generating extreme heat for an extended period. Unlike traditional hydrogen bombs relying on nuclear fusion, this device offers precision and destructive power by igniting hydrogen gas through a rapid breakdown of magnesium hydride. The resulting fireball, with temperatures surpassing 1,000°C, exhibits capabilities to burn through robust materials such as aluminium alloys. Wang Xuefeng, a prominent scientist at CSSC, highlighted the ease of ignition and rapid spread of hydrogen explosions, emphasizing their potential for targeted military strikes. During field testing, the explosive showcased significant peak pressure and, more notably, sustained high temperatures for over two seconds, making it invaluable for strategic military applications. This revolutionary weapon's extended heat duration positions it as an effective tool for specific military targets like power plants and communication centers. Moreover, its ability to render transport routes unusable by burning roads signifies its potential in impeding enemy forces. The successful testing of this hydrogen-based explosive underscores China's continued innovation in military strategy, potentially reshaping future warfare scenarios.