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Georgia home meteorite dates to 4.56 billion years ago

A cherry tomato-sized fireball struck a metro Atlanta house and scientists say the rock formed 4.56 billion years ago.

August 11, 2025 at 08:00 AM
blur Tiny fireball that crashed into Georgia home is 4.56bn-year-old meteorite, say experts

A cherry tomato-sized fireball that pierced a metro Atlanta home is identified as a 4.56 billion-year-old meteorite.

Meteorite that hit Georgia home dates to 4.56 billion years ago

A cherry tomato-sized fireball crashed through the roof of a metro Atlanta home in June and was later identified as a meteorite formed about 4.56 billion years ago. University of Georgia planetary geologist Scott Harris examined 23 grams of fragments from the rock and confirmed the age, placing it among material that once drifted in the main asteroid belt between Mars and Jupiter.

The team plans to propose the name McDonough Meteorite to the nomenclature committee of the Meteorological Society. Officials noted that the rock was part of a witnessed fall and that space dust continues to appear in the homeowner's living room. The incident shows how advances in technology and public reporting help scientists recover meteorites and study their origins to understand possible threats from larger asteroids.

Key Takeaways

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A meteorite formed 4.56 billion years ago
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A fireball struck a Georgia home in June
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Fragments tie the rock to the main asteroid belt
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Naming the meteorite will be discussed by a nomenclature committee
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Public reports and modern tech aid meteorite recovery
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Studying rocks helps assess risks of larger asteroid impacts

"This particular meteor that entered the atmosphere has a long history before it made it to the ground of McDonough"

Harris describes the meteorite's long journey before ground impact

"Modern technology in addition to an attentive public is going to help us recover more and more meteorites"

Harris on the role of tech and citizen reports in discoveries

"One day there will be an opportunity, and we never know when it’s going to be, for something large to hit and create a catastrophic situation"

Harris cautions about planetary defense

This local event connects a neighborhood to the long history of the solar system. It also highlights how technology and citizen sightings expand what science can learn from space rocks. While the science is fascinating, the case underscores the need for careful science communication about planetary defense and the limits of what a single fall can tell us.

Highlights

  • Space rocks tell our planet its oldest stories
  • Public eyes on the sky keep science moving
  • Tiny fireballs, big lessons for researchers
  • Science grows from ground up and data from the public

Public interest and safety considerations

The piece touches on a real local incident and a potential asteroid threat. The focus on a single event could invite sensationalism or misinterpretation about planetary defense. It also raises expectations for future meteorite finds among the public.

The night sky still hides its secrets and curiosity keeps science awake

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