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EarthMelt investigates the crystallization of ancient magma oceans and their impact on Earth's chemistry and habitability. By developing innovative isotopic tools, the project aims to trace the remnants of these magma oceans and their interactions with the mantle, enhancing our understanding of Earth's geological histo…
Catastrophic planetary collisions during the Earth’s first 500 million years provided enough energy to melt its interior, creating planetary-scale volumes of melt, or magma oceans.
Their cooling and crystallisation determined the chemistry of the Earth and its long-term habitability.
However, we do not know where and how the Earth’s magma oceans crystallised, whether remnants of early magma ocean melts and crystals, or the iron-sulfide liquid that may have separated from them, are still preserve…
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