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Fireball comet seen streaking across sky over Southeastern US, reportedly crashes into Georgia home

Fireball comet seen streaking across sky over Southeastern US, reportedly crashes into Georgia home

Time of India2 days ago

A bright
fireball meteor
streaked across the Southeast US sky around midday on June 26, 2025, startling residents in
Georgia
, South Carolina, North Carolina, and Tennessee. More than 140 reports were submitted to the American Meteor Society within 30 minutes, describing a sudden flash followed by a loud boom. In Henry County, Georgia, officials confirmed damage to a home where the meteor is believed to have crashed through the roof, scattering rocky debris inside. The explosive sound triggered widespread confusion, with many mistaking it for seismic activity. The rare daytime meteor became a regional spectacle within moments.
Meteor crash triggers sudden flash and boom across the sky
At around noon, social media exploded with posts and videos showing a blazing object racing across the sky. Witnesses described the fireball as unexpectedly bright and fast, creating a loud boom that was heard across multiple states. Dashcam footage from South Carolina captured the object streaking through clear blue skies, while satellite data revealed a smoke trail that extended from Tennessee into northern Georgia. The dramatic display was soon linked to a suspected meteor crash in Henry County, Georgia, where debris reportedly damaged a residential home.
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Residential damage in Georgia sparks investigation
According to fox News, In Henry County, southeast of Atlanta, a homeowner reported significant structural damage, with authorities confirming a hole in the roof and ceiling likely caused by falling meteor debris. Images shared by emergency management officials show shattered roofing materials and scattered rocks on the home's floor, intensifying speculation that the fireball made a direct impact.
No earthquake detected, but boom felt region-wide
Following the explosion-like sound, the National Weather Service in Atlanta began investigating whether seismic activity had occurred. However, the US Geological Survey found no evidence of an earthquake at the time, suggesting the boom was atmospheric in origin—likely the meteor entering and breaking apart in the atmosphere.
What exactly is a fireball meteor?
Fireballs are exceptionally bright meteors, often brighter than Venus in the night sky. When these meteors explode mid-air with visible fragmentation, they are known as bolides. Thursday's fireball fits this description, with a flash so intense it was picked up by NOAA's Geostationary Lightning Mapper, typically used to monitor lightning storms.
Scientists continue to analyse the event
Astronomers and meteorite experts are now working to determine the exact nature and trajectory of the fireball. If confirmed as a meteorite impact, it could mark one of the rare occasions where a meteor has struck a building in the United States. The American Meteor Society continues to collect eyewitness accounts, images, and videos to reconstruct the event.
The fireball event is a powerful reminder of Earth's vulnerability to space debris. Although most meteors burn up harmlessly in the atmosphere, this incident, possibly involving a meteor crashing into a home, shows that rare but impactful encounters can happen. Thankfully, no one was injured, but the damage highlights the importance of monitoring near-Earth objects and improving our understanding of atmospheric entry events. It's a vivid example of how space, though distant, can occasionally and unexpectedly reach into our everyday lives.

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10 fascinating mammals that are small enough to fit on your palm

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Researchers bring 2,500-year-old skulls from Tamil Nadu into shape, reconstruct faces
Researchers bring 2,500-year-old skulls from Tamil Nadu into shape, reconstruct faces

Time of India

time5 hours ago

  • Time of India

Researchers bring 2,500-year-old skulls from Tamil Nadu into shape, reconstruct faces

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Revealed: Faces of Keeladi men; 3D recon by UK lab and researchers brings 2,500-year-old skulls from Tamil Nadu into shape
Revealed: Faces of Keeladi men; 3D recon by UK lab and researchers brings 2,500-year-old skulls from Tamil Nadu into shape

Time of India

time8 hours ago

  • Time of India

Revealed: Faces of Keeladi men; 3D recon by UK lab and researchers brings 2,500-year-old skulls from Tamil Nadu into shape

FIRST LOOK: These faces are predominantly south Indian with a touch of West Eurasian and Austro-Asiatic characteristics A rchaeological excavations and carbon dating point to one of the oldest civilizations thriving at Keeladi, 12km southeast of Madurai in Tamil Nadu, in 6th century BCE. Now, they've put faces to at least two men who walked this earth some 2,500 years ago. South Indian with traces of ancestral West Eurasian (Iranian) hunter-gatherers and ancestral Austro-Asiatic people — that's how researchers at Madurai Kamaraj University describe the facial features reconstructed on two skulls with help from Liverpool John Moores University in the UK. The skulls were found at Kondagai, a burial site around 800m from the main excavation site. Further DNA studies are needed to pinpoint the ancestry based on genetics, they say. You Can Also Check: Chennai AQI | Weather in Chennai | Bank Holidays in Chennai | Public Holidays in Chennai 'We used a computer-assisted 3D facial reconstruction system to rebuild the facial musculature and estimate facial features following anatomical and anthropometrical standards,' said Professor Caroline Wilkinson, director of Face Lab, Liverpool John Moores University, UK. The lower halves of the faces were more guesstimate; reconstruction of the upper halves was more accurate. 'As the lower jaws of the skulls were missing, we used orthodontic standards to estimate the shapes of the mandibles from cranial measurements and planes,' said Prof Wilkinson. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like 境界のないゲームを発見する BuzzDaily Winners Undo Researchers used forensic guidelines for facial reconstruction created from the study of clinical images of living people. After obtaining CT scanned images of the skulls from Kondagai, they estimated the tissue depth at various points of the skulls following published data of modern south Indians. 'It is 80% science and 20% art' They used digital sculpting to recreate muscle, fat and skin while the placement and size of facial features (eyes, nose and mouth) were estimated based on the skulls' characteristics and anatomical relationships. Using a photographic database, researchers assigned colours and textures for the skin, hair and eyes. 'It is 80% science and 20% art,' said professor G Kumaresan, department of genetics, Madurai Kamaraj University, which scanned and sent images of the skulls to Liverpool. He said the reconstructed faces, along with DNA data, will help trace the ancestry of Tamils who lived in the Sangam age. Keeladi has been at the centre of a tussle between the Union and state govts over its antiquity. Last month, the Archaeological Survey of India asked its archaeologist K Amarnath Ramakrishna, who unearthed the Sangam age brick structure at Keeladi in 2015-16 and dated the site to 8th century BCE, to revise his report quoting unnamed experts who said it could be no older than the 3rd century BCE. The Tamil Nadu state archaeology department, which took over the excavation from ASI in 2018 after the courts intervened, has since obtained 29 radiocarbon dates between 6th century BCE and 2nd century CE at Keeladi. Researchers from Madurai Kamaraj University are analysing DNA from the Kondagai urns in collaboration with the department of genetics at Harvard University in the US. 'Work is in progress to obtain a large number of DNA markers and compare them with global reference populations to understand the routes of migration and admixture of the ancient inhabitants of Kondagai and Keeladi,' Kumaresan said. After studying the contents of the burial urns excavated from Kondagai, researchers estimated that most of the skeletal remains were of people aged around 50 years. 'There are many criteria such as dental wear patterns, expression of sutural lines, presence of arthritic lesions and general size of the bone that can tell us about age,' said anthropologist Veena Mushrif Tripathy from Deccan College in Pune. She studied the bone remains at Kondagai and Kodumanal. 'The stature estimation is feasible for only 11 skeleton remains at Kondagai. Though it is insufficient to measure the height of the entire Kondagai population, the average height of males was 170.82cm (5ft 7') while females was 157.74 cm (5ft 2'), which is comparable to Kodumanal where stature estimation was conducted on five skeletal remains,' she added. Researchers identify the sex of the skeleton remains based on pelvic bone and skull morphology. 'Though reconstructing faces is common throughout the world, in South India, we have attempted it for the first time at Keeladi,' said archaeologist K Rajan, advisor to the Tamil Nadu department of archaeology.

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