Incredible never-before-filmed moment Earth's crust RUPTURES during deadly 7.7-mag quake leaving scientists ‘gobsmacked'
THIS jaw-dropping moment is the first time ever that a rupture in the Earth's crust caused by an earthquake was caught on film.
The incredible footage, captured during a 7.7 magnitude earthquake that rocked Myanmar in March, shows the ground literally sliding along two sides of a fault line.
Advertisement
5
Cracks can be seen emerging in the pavement as the quake hits
Credit: YouTube
5
Beyond the fence, the ground begins to slide along in a jaw-dropping moment
Credit: YouTube
5
It was caught on a surveillance camera at a property in Mandalay - the country's second largest city.
The clip begins with a fairly unassuming view of property's gate right as the earthquake hits.
As you might expect, the footage begins to tremble as the quake
strikes
- with the gate shaking and cracks appearing in the concrete.
But it's what happens in the right hand side of the frame that has caught the eye of scientists all over the world.
Advertisement
The driveway can literally be seen sliding along relative to the ground outside the premises in an absolutely staggering moment.
Scientists say this is the first known moment of an actual fault line motion being caught on film.
California-based earthquake geologist Wendy Bohon told CBC News: "My jaw hit the floor.
"We have computer
models
of it. We have laboratory models of it.
Advertisement
Most read in Science
"But all of those are far less complex than the actual natural system.
"So to see it actually happening was mind-blowing."
Dad leaps from one skyscraper to another to save family during Myanmar quake
The clip was captured
Some 3,700 people are reported to have died in the quake, according to Myanmar's ruling military junta.
Advertisement
The rupture is believed to have torn open the earth along the Sagaing Fault.
Assistant professor at Cornell University Judith Hubbard told CBC: "I keep going back and watching it.
"It's really kind of staggering to see a fault slide in real time, especially for someone like me, who has spent years studying these things, but always from more remote kinds of data, like offsets after the fact or data recorded by sensors."
The clip was posted to YouTube on May 11 on a channel called 2025 Sagaing Earthquake Archive.
Advertisement
The account
features
more than 1,000 videos from the day of the devastating quake.
But this clip of the earth rupturing is by far its more viewed video, with more than one million views at time of writing.
One commenter posted under the video: "
Good grief. The whole hill shifting. The power tower collapsing. The buildings crumbling. Amazing video.
"
Another wrote: "
Seems crazy that with billions upon billions of cameras filming everything on this earth that we have anything being recorded for the first time still.
"
Advertisement
Read more on the Irish Sun
Hubbard added that this video offers researchers a "a really striking observation".
"We don't tend to have instruments right along the fault. They are often disrupted by shaking," she said.
5
The devastating earthquake rocked Myanmar back in March
Credit: Getty
5
Some 3,700 people are reported to have died in the quake
Credit: AFP
Advertisement
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
RTÉ News
23-05-2025
- RTÉ News
Astronomers spot massive galaxy shaped like the Milky Way
Astronomers have observed a galaxy dating to an earlier epoch in the universe's history that surprisingly is shaped much like the Milky Way - a spiral structure with a straight bar of stars and gas running through its centre - but far more massive, offering new insight into galactic formation. The distant galaxy, called J0107a, was observed as it appeared 11.1 billion years ago, when the universe was about a fifth of its current age. The researchers used data from the Chile-based Atacama Large Millimeter/submillimeter Array (ALMA) and NASA's James Webb Space Telescope to study the galaxy. They determined that the galaxy's mass, including its stars and gas, was more than 10 times greater than that of the Milky Way, and it was forming stars at an annual rate approximately 300 times greater. J0107a was more compact than the Milky Way, however. "The galaxy is a monster galaxy with a high star formation rate and plenty of gas, much more than present-day galaxies," said astronomer Shuo Huang of the National Astronomical Observatory of Japan, lead author of the study published this week in the journal Nature. "This discovery," said study co-author Toshiki Saito, an astronomer at Shizuoka University in Japan, "raises the important question: How did such a massive galaxy form in such an early universe?" While a few galaxies that are undergoing star formation at a similar rate to J0107a exist in today's universe, almost all of them are ones that are in the process of a galactic merger or collision. There was no sign of such circumstances involving this galaxy. J0107a and the Milky Way have some commonalities. "They are similarly huge and possess a similar barred structure. However, the Milky Way had plenty of time to form its huge structures, while J0107a didn't," Saito said. In the first few billion years after the Big Bang event 13.8 billion years ago that initiated the universe, galaxies were turbulent entities and were much richer in gas than those existing currently - factors that fostered extreme bursts of star formation. While galaxies with highly organised structures like the barred spiral shape of the Milky Way are common now, that was not the case 11.1 billion years ago. "Compared to other monster galaxies in the distant universe (dating to an earlier cosmic epoch) whose shapes are usually disturbed or irregular, it is unexpected that J0107a looks very similar to present-day spiral galaxies," Huang said. "Theories about the formation of present-day galactic structures may need to be revised," Huang added. The Webb telescope, as it peers across vast distances back to the early universe, has found that galaxies with a spiral shape appeared much earlier than previously known. J0107a is now one of the earliest-known examples of a barred spiral galaxy. About two thirds of spiral galaxies observed in the universe today possess a bar structure. The bar is thought to serve as a form of stellar nursery, bringing gas inward from the galaxy's spiral arms. Some of the gas forms what are called molecular clouds. Gravity causes the contraction of these clouds, with small centres taking shape that heat up and become new stars. The bar that is part of J0107a measures about 50,000 light years in length, Huang said. A light-year is the distance light travels in a year, 5.9 trillion miles (9.5 trillion km). The Webb telescope "has been studying the morphology of early massive galaxies intensely recently. However, their dynamics are still poorly understood," Saito said.
The Irish Sun
19-05-2025
- The Irish Sun
Incredible never-before-filmed moment Earth's crust RUPTURES during deadly 7.7-mag quake leaving scientists ‘gobsmacked'
THIS jaw-dropping moment is the first time ever that a rupture in the Earth's crust caused by an earthquake was caught on film. The incredible footage, captured during a 7.7 magnitude earthquake that rocked Myanmar in March, shows the ground literally sliding along two sides of a fault line. Advertisement 5 Cracks can be seen emerging in the pavement as the quake hits Credit: YouTube 5 Beyond the fence, the ground begins to slide along in a jaw-dropping moment Credit: YouTube 5 It was caught on a surveillance camera at a property in Mandalay - the country's second largest city. The clip begins with a fairly unassuming view of property's gate right as the earthquake hits. As you might expect, the footage begins to tremble as the quake strikes - with the gate shaking and cracks appearing in the concrete. But it's what happens in the right hand side of the frame that has caught the eye of scientists all over the world. Advertisement The driveway can literally be seen sliding along relative to the ground outside the premises in an absolutely staggering moment. Scientists say this is the first known moment of an actual fault line motion being caught on film. California-based earthquake geologist Wendy Bohon told CBC News: "My jaw hit the floor. "We have computer models of it. We have laboratory models of it. Advertisement Most read in Science "But all of those are far less complex than the actual natural system. "So to see it actually happening was mind-blowing." Dad leaps from one skyscraper to another to save family during Myanmar quake The clip was captured Some 3,700 people are reported to have died in the quake, according to Myanmar's ruling military junta. Advertisement The rupture is believed to have torn open the earth along the Sagaing Fault. Assistant professor at Cornell University Judith Hubbard told CBC: "I keep going back and watching it. "It's really kind of staggering to see a fault slide in real time, especially for someone like me, who has spent years studying these things, but always from more remote kinds of data, like offsets after the fact or data recorded by sensors." The clip was posted to YouTube on May 11 on a channel called 2025 Sagaing Earthquake Archive. Advertisement The account features more than 1,000 videos from the day of the devastating quake. But this clip of the earth rupturing is by far its more viewed video, with more than one million views at time of writing. One commenter posted under the video: " Good grief. The whole hill shifting. The power tower collapsing. The buildings crumbling. Amazing video. " Another wrote: " Seems crazy that with billions upon billions of cameras filming everything on this earth that we have anything being recorded for the first time still. " Advertisement Read more on the Irish Sun Hubbard added that this video offers researchers a "a really striking observation". "We don't tend to have instruments right along the fault. They are often disrupted by shaking," she said. 5 The devastating earthquake rocked Myanmar back in March Credit: Getty 5 Some 3,700 people are reported to have died in the quake Credit: AFP Advertisement
Irish Independent
14-05-2025
- Irish Independent
Cork secondary students win prestigious prize for creating eco packaging made from seaweed
Clodagh Hayes and Grainne Dineen from Loreto Secondary School in Fermoy were congratulated for their innovative idea at the Raddison Blu Hotel in Little Island on Friday. The competition, now in its 21st year, offers students from seven Cork-based secondary schools an opportunity to shine a light on their STEM expertise and ingenuity in a rewarding, exciting and fun environment. Teams of students from St Mary's High School in Midleton, St. Aloysius' College in Carrigtwohill, Scoil Mhuire Gan Smál in Blarney, Midleton CBS, Coláiste Fionnchua in Mitchelstown, Loreto Secondary School in Fermoy and Midleton College participated in this year's Merck Schools Science Competition. Ms Hayes and Ms Dineen said they were 'honoured' to win the competition. "We are incredibly honoured to be chosen as the winners of this year's Merck Schools Science Competition. 'Taking part in this competition has been really engaging and opened our eyes to the exciting possibilities within the STEM fields. 'I want to thank our school and Merck for providing this amazing opportunity, for guiding us along the way, and allowing us to explore our curiosity,' they said. Merck aims to inspire the next generation of scientists and innovators, cultivate interest in STEM through this competition while continuing to encourage students to explore future careers in these critically important fields. Mark Dunphy, Site Director and Head of Cork Operations at Merck said: 'At Merck, we firmly believe in the power of STEM education to shape the future. 'By offering students the opportunity to practically apply their scientific knowledge, this competition is instrumental in sparking an interest in STEM careers and nurturing those who will spearhead the scientific breakthroughs of the future,' he added.
