Terrible video shows how Earth shows while myanmar cracking and gliding shows: Sciences

A terrible security video has hit the moment that the earth's crust tore and glides and glides at the beginning of this year during a devastating earthquake. This type of dramatic surface shift is usually experienced at the moment or measured afterwards, but rarely – if at all – caught in action.

On March 28, 2025, an earthquake of 7.7 Myanmar met, which killed more than 3,700 people and injured thousands more. In a flat depth of only 10 kilometers (6.2 miles) and over 460 kilometers, this superhear quake broke the surface and displaced some areas by more than 6 meters (20 feet).

It is one thing to read these statistics, but it is another to actually see them in front of their eyes. A surveillance camera at GP Energy Myanmars Thapingyay Wa Solar Energy Facility has recorded the moment that can be seen in a video uploaded by HTIN AUNG on Facebook.

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When the video begins, a calm, pleasantly looking day is interrupted by shaking, which gradually becomes more violent. Bushes catch rustling and the gate slips. So far standard -earthquake driving price.

But around the 14-second mark, a huge crack and the entire floor outside of the outside forms incredible for a few seconds. According to Aung, the soil shifted by about 12 feet.

The effects of these quakes are very visible afterwards, but it is quite alarming to see how this type of seismological shuffle occurs in real time. This can be the first instance of a roaring of the floor recorded on video – or at least an unprecedented example of just a few.

“As far as I know, this is the best video that we have with an average broken surface of a very large earthquake,” said Rick Aster, geophysicist at Colorado State University, Stephanie Pappas Live science.

The fault break, which stretched in the Mandalay region in the Bago region of Singu in the Mandalay region, took just more than 80 seconds, with the most intense seismic energy being released about 30 seconds after its beginning. It is believed that the break has moved faster than the surrounding shear waves, which makes the event a rare surveillance earthquake.

“Myanmar has a long history of considerable seismic activity due to its complex tectonic environment,” under the direction of the civil engineer Khan Shahzada from the Pakistani University of engineering and technology writes in a paper on which the effects of the earthquake 2025 are examined.

The sagaing error is the most active in the region that runs more than 1,400 kilometers through Myanmar and marks the border, on which two tectonic plates slide past each other. Large cities like Mandalay are near this error and face a high risk of destruction.

The March event has been the most powerful earthquake since 1912 to beat Myanmar, and the most fatal in Myanmar's history since 1930.

“The 2025 break clearly emphasized the cascading risks,” write Shahzada and his colleagues.

“Its superhear speed and the extensive surface formation triggered secondary disasters, from collapse of the infrastructure in Myanmar to high-rise buildings in Bangkok's soft-soil pool.”

Earthquakes are among the most catastrophic natural disasters and often surprise us. Scientists continue to study triggers to find better ways to predict their occurrence.

The research that examines the effects of earthquake in detail was published in The Journal of Dynamic disasters.