Have you ever dreamed of stumbling upon a gold mine and striking it rich? While it may seem like a treasure hunter’s fantasy, new gold deposits are still being discovered today. But how did these precious veins of gold form deep inside the Earth?
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A groundbreaking study led by scientists including Adam Simon of the University of Michigan is shedding light on this mystery. It turns out that gold is perfectly content to be stuck in the Earth’s mantle. However, under certain conditions, it forms a unique complex called gold-trisulfur (Au(S3)). This reaction occurs when gold comes into contact with sulfur-rich ions, unlocking its potential to move closer to the Earth’s surface and form the deposits that prospectors are seeking.
The discovery offers a revolutionary understanding of how gold migrates and accumulates, providing insight into Earth’s geological processes and potentially guiding future exploration efforts.
Why it matters
This knowledge could change the way we search for gold, making prospecting more efficient and environmentally conscious. For anyone interested in the Earth’s hidden treasures, this breakthrough is a great opportunity to learn more about the planet’s secrets.
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