A meteorite that recently struck a home in McDonough, Georgia, has been confirmed by scientists to be older than Earth itself. The fiery object, observed in broad daylight on June 26, was analyzed by researchers from the University of Georgia after it created a significant sonic boom and left a striking impression in the neighborhood.
Meteorite Older Than Earth Strikes Home in Georgia
Meteorite Older Than Earth Strikes Home in Georgia
A remarkable meteorite that crashed into a Georgia home is believed to be 4.56 billion years old, predating Earth by 20 million years, scientists report.
The meteor was traveling through the sky at an impressive speed of around 1 km per second before it exploded and landed on a house's roof. Following its descent, residents across Georgia and other adjacent states reported seeing a bright fireball and heard a loud noise. Samples collected from the impact site revealed that this meteor, named the McDonough meteorite, is a chondrite—one of the most common types of meteorites, and is estimated to have formed 4.56 billion years ago, making it significantly older than Earth itself.
Geologist Scott Harris, who led the team examining the meteorite, noted, "This particular meteor that entered the atmosphere has a long history before it made it to the ground of McDonough." The findings, including the rock's age and composition, are expected to provide insights into the origins of meteorites and bolster efforts to track potential threats posed by future asteroids.
The homeowner shared that he continues to discover fragments of space dust around his property, remnants of the astonishing event. Harris expressed hope that advancements in technology and increased public awareness will aid in the recovery of more meteorites, suggesting that these occurrences, once rare, might become more frequent.
As the research continues, discussions surrounding the potential hazards posed by larger meteoric bodies remain critical. Harris emphasized the importance of preparedness, stating, "If we can guard against that, we want to." This significant event not only sheds light on the origins of celestial objects but also underscores the vital need for ongoing astrophysical studies.
Geologist Scott Harris, who led the team examining the meteorite, noted, "This particular meteor that entered the atmosphere has a long history before it made it to the ground of McDonough." The findings, including the rock's age and composition, are expected to provide insights into the origins of meteorites and bolster efforts to track potential threats posed by future asteroids.
The homeowner shared that he continues to discover fragments of space dust around his property, remnants of the astonishing event. Harris expressed hope that advancements in technology and increased public awareness will aid in the recovery of more meteorites, suggesting that these occurrences, once rare, might become more frequent.
As the research continues, discussions surrounding the potential hazards posed by larger meteoric bodies remain critical. Harris emphasized the importance of preparedness, stating, "If we can guard against that, we want to." This significant event not only sheds light on the origins of celestial objects but also underscores the vital need for ongoing astrophysical studies.
