Chinese researchers have achieved a significant milestone by successfully detonating a non-nuclear hydrogen bomb that utilizes magnesium hydride, a solid-state hydrogen storage material, developed by the China State Shipbuilding Corporation's (CSSC) 705 Research Institute. This breakthrough in military and energy technology was demonstrated in a controlled field test where the 2kg device produced a white-hot inferno exceeding 1,000°C for over two seconds by releasing hydrogen gas that mixes with air and ignites, creating a self-sustaining combustion loop. The bomb's thermal damage radius surpassed traditional explosives, showcasing its potential for precise and large-scale destruction. The technology behind the bomb allows for directed energy deployment, making it suitable for neutralizing high-value targets or saturating vast zones with intense heat. Additionally, this innovation aligns with China's commitment to cleaner military energy solutions and sustainable technology development, showcasing its dual focus on strategic dominance and environmental responsibility. The industrial-scale production of magnesium hydride at a new facility in Shaanxi, producing 150 tonnes annually using a safer and cost-effective method, supports both military and civilian applications, reducing explosion risks and advancing production capabilities. This breakthrough highlights a new era in military capability and energy innovation, reflecting China's strategic advancements and commitment to sustainable practices.