Chinese researchers have successfully detonated a hydrogen-based explosive device ... The 2kg (4.4lbs) bomb generated a fireball exceeding 1,000 degrees Celsius (1,832 degrees Fahrenheit) for ...

The People’s Republic of China has reportedly developed a new weapon of mass destruction, one that employs hydrogen fuel, yet isn’t nuclear. The new two-kilogram bomb may seem small ...

To clarify, this is not a thermonuclear bomb (which uses nuclear fusion). Traditional hydrogen bombs work through nuclear fusion, a process where atomic nuclei combine under intense pressure to ...

Chinese researchers have successfully tested a new non-nuclear hydrogen bomb capable of producing a sustained, ultra-high-temperature fireball, representing a major advancement in both military ...

The resulting weapon is described as a “non-nuclear hydrogen bomb”—a phrase loaded with both technical nuance and strategic implication. Its development, detailed in a peer-reviewed article in the ...

Scientists in China have reportedly tested a hydrogen-based bomb with devastating capabilities. According to a study published last month, the 2 kg bomb generated a white-hot fireball over 1,000 ...

Chinese researchers claim to have detonated a hydrogen-based explosive that produced a devastating effect without using any nuclear material. As per a study published in March, the bomb weighing just ...

No radiation, no fissile residue, no clear violation. Yet intelligence insiders and Western analysts whisper of a new terror: a fissile-material-free hydrogen bomb, or more accurately, a ...

Amid intense tariff war with the US, China has successfully tested a non-nuclear hydrogen bomb, a South China Morning Post report said on Monday. Weighing just 2 kgs, the device has been developed ...

Developed by the China State Shipbuilding Corporation's (CSSC) 705 Research Institute, the bomb uses magnesium hydride, a silvery powder that stores hydrogen more efficiently than pressurised tanks.

Instead of using nuclear materials, it relies on magnesium hydride, which stores hydrogen at a much higher density than conventional pressurised ... but with far more significant heat damage. The bomb ...