what began as a hopeful search for gold in the Australian outback turned into a far more significant finding for one man near Maryborough,Victoria. David Hole unearthed a 17-kilogram rock in 2015 that stubbornly resisted all attempts to be broken open, ultimately revealing itself to be a remarkably rare meteorite . The find,now named “Maryborough,” offers researchers a valuable glimpse into the early solar system and highlights the surprising ways in which these space rocks can be revealed.
A man in Australia initially believed he’d struck gold, but instead unearthed a remarkably rare meteorite while metal detecting near Maryborough, Victoria. David Hole, searching in the country’s famed “Goldfields” region, discovered the hefty, reddish rock in 2015 when his detector signaled a strong metallic presence.
Hole’s initial excitement led him to attempt to crack open the find, hoping to reveal a hidden gold deposit. He spent years trying to break it apart, employing a rock saw, stone drill, and even acid – all to no avail. The material proved incredibly dense and resistant to any attempt at fracturing.
Driven by curiosity, Hole eventually took the puzzling stone to the Melbourne Museum for professional analysis. It was there that the true nature of his discovery was revealed, according to ScienceAlert.
MORE VALUABLE THAN GOLD
Museum geologist Dermot Henry identified the object not as gold, but as a meteorite – a far rarer and more scientifically significant find. “The fusion crust, which is the blackened, melted exterior that forms as it travels through the atmosphere, gives it a sculptured, dimpled appearance,” Henry explained, noting the visible evidence of its cosmic journey.
The 17-kilogram (37.5-pound) meteorite was subsequently named “Maryborough” in honor of the region where it was found. This discovery underscores the potential for unexpected finds to reshape our understanding of space and Earth’s history.
4.6 BILLION YEARS OLD AND FROM JUPITER
Analysis determined the meteorite to be approximately 4.6 billion years old, dating back to the formation of our solar system. This makes it a priceless “time capsule” offering insights into the early universe.
Classified as an H5 chondrite – a stony meteorite with a high iron content – the rock is believed to have originated from the asteroid belt between Mars and Jupiter. It’s estimated to have been on Earth for around 1,000 years before Hole’s discovery.
“These rocks provide us with a unique window into the past, telling us about how our solar system formed,” Henry stated. “Their rarity is what makes them more valuable than gold.”
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