Chinese researchers have recently conducted a successful test of a new hydrogen-based explosive device that is being heralded as a game-changer in modern warfare. This non-nuclear hydrogen bomb, developed by the China State Shipbuilding Corporation (CSSC), utilizes magnesium hydride to create a sustained fireball capable of targeting specific military assets with high heat intensity. Unlike traditional nuclear weapons, this device offers precision strikes and strategic advantages in military operations. The innovative bomb, weighing only 2 kilograms, leverages magnesium hydride to ignite and produce a blazing fireball exceeding temperatures of 1,000°C. With its capacity for sustained damage and the ability to melt materials like aluminium alloys, the weapon demonstrates significant advancements in energy-based weaponry. The self-feeding combustion loop feature sets it apart by sustaining intense heat post-detonation, enabling devastating impacts on targeted areas. China's investment in scaling up magnesium hydride production highlights a commitment to clean energy solutions within military applications. Through a novel synthesis method developed by the Dalian Institute of Chemical Physics, China now produces 150 tonnes of magnesium hydride annually, making mass production feasible for military use. This development not only enhances safety but also cost-effectiveness, driving the integration of clean energy into military strategies. Moreover, this breakthrough aligns with China's broader military modernization efforts that emphasize the adoption of clean energy technologies. From upgrading warships with electric propulsion systems to developing eco-friendly aerospace propulsion, China showcases a commitment to sustainable military technology. The recent tensions with Taiwan have further underscored the significance of China's advancements in military capabilities, as geopolitical rivalries continue to shape global security dynamics.