According to the geologists, the quake has unleashed energy equivalent to over 300 atomic bombs combined. The expert has also warned that the health implications of such a disaster will persist ...

The powerful 7.7-magnitude earthquake, which killed around 1700 people in Myanmar, has unleashed energy equivalent to over 300 atomic bombs combined, according to a leading American geologist.

Experts warn the death toll could exceed 10,000. The quake's force was described by geologists as equivalent to "334 atomic bombs," reducing buildings to rubble in seconds. Neighboring Thailand ...

An expert has now stated that the cataclysmic force of the earthquake, which was at a monstrous 7.7 magnitude, released energy equivalent to "more than 300 atomic bombs". The terrifying scale of the ...

Tensions rise as Egypt’s military buildup in Sinai sparks Israeli concerns over a possible peace deal violation. Israeli officials warn that Egypt has exceeded its allowed troop quota ...

“The force that a quake like this releases is about 334 atomic bombs,” geologist Jess Phoenix told CNN. She warned that the worst may not be over, with aftershocks likely to continue for ...

The 7.7-magnitude earthquake that wreaked havoc on Myanmar on Friday (March 28) may have released energy equivalent to more than 300 atomic bomb explosions, according to a geologist. Talking to US ...

Oneindia - Video Myanmar Earthquake Disaster: 7.7-Magnitude Strikes with the Force of 300 Atomic Bombs, 1,600+ Dead Posted: March 30, 2025 | Last updated: March 30, 2025 A devastating 7.7 ...

This isn't the first time atomic batteries have made the news. The first radioisotope battery was developed in 1954 by the Atomic Energy Commission in the US. It used strontium-90 as the ...

To that list, can also be added an adversary in the shape of Iran, which is assessed by Western intelligence services to be capable of producing an atomic bomb within weeks should its leaders give ...

The US National Institute of Standards and Technology (NIST) is discussing plans to eliminate an entire team responsible for publishing and maintaining critical atomic measurement data in the ...