Chinese scientists have developed a revolutionary 'non-nuclear hydrogen bomb' weighing 2 kg, capable of generating intense heat and fire over a prolonged duration. This hydrogen-based explosive device, developed by the China State Shipbuilding Corporation's 705 Research Institute, triggers devastating chemical chain reactions without using any nuclear materials. In a controlled test, the bomb generated a fireball exceeding 1,000 degrees Celsius for over two seconds, far surpassing traditional TNT-based bombs in potency. The bomb uses magnesium hydride to release hydrogen gas, allowing for precise control over blast intensity and uniform destruction across vast areas. The bomb's unique feature is its reliance on a chemical reaction involving magnesium hydride to release hydrogen gas, creating intense heat without producing radiation or the far-reaching effects of a nuclear explosion. This breakthrough adds a new dimension to China's military strategy, particularly for area denial, making impacted areas too hot for enemy forces to occupy. The bomb has various potential applications, from denying access to key routes and incinerating targets like vehicles to serving as a fuel source for submarines or ships. The weapon's directed energy potential was demonstrated in controlled detonation tests, reaching peak overpressure of 428.43 kilopascals at two meters from the bomb. Although its strength was 40% of a comparable TNT explosion, its heat output far exceeded that of TNT. With no nuclear materials involved, this bomb does not face restrictions outlined in international nuclear treaties. This development aligns with China's broader effort to modernize its military with green technologies, showcasing its advancement in defense technology and weapons development. While the Chinese military leaders have not disclosed specific plans for the bomb's use, it represents a significant addition to China's arsenal of advanced energy-based arms.