Chinese scientists have conducted a groundbreaking experiment with a 2kg hydrogen-powered bomb that outperforms traditional explosives, creating a fireball over 1,000 degrees Celsius for more than two seconds without the use of nuclear materials. Developed by the China State Shipbuilding Corporation, the bomb utilizes magnesium hydride, a solid-state hydrogen storage material, for its dense hydrogen storage capabilities. This technology was originally designed for clean energy applications in remote areas but has now been repurposed for military use, marking a significant advancement in explosive technology. The research team behind the hydrogen bomb highlighted its unique properties, such as precise control over blast intensity, extended thermal damage, and the ability to target high-value objectives effectively. The weapon's directed energy potential was tested in experiments, demonstrating its significant heat projection range and blast force comparable to TNT. The study also explored the military applications of this new technology, indicating its potential to cover large areas with intense heat and destroy specific targets efficiently. Furthermore, the mechanism of the bomb involves the thermal decomposition of magnesium hydride, releasing hydrogen that ignites into a sustained inferno. This self-sustaining process results in a controlled explosion with a prolonged duration, offering a new level of destructive power. The technology's adaptation for military use showcases China's commitment to advancing its military capabilities and energy infrastructure simultaneously. Despite the accomplishments, the study did not disclose details about the manufacturing process or deployment conditions of the weapon. However, the recent establishment of a production plant for magnesium hydride in China suggests a strategic focus on scaling up the technology for broader applications, including in drones and submarines. The successful development of this innovative explosive technology reflects China's continuous progress in research, innovation, and military advancements.