Scientists at the Carnegie Science Center in the US have developed an AI-driven method to search for extraterrestrial life in space. The AI tool can differentiate between human and non-human samples, including specimens. The researchers have achieved a 90% accuracy rate in differentiating between samples of abiotic and biotic origins. The search for definitive biosignatures is a central goal of palaeobiology and astrobiology.
Scientists at the Carnegie Science Center in the US have developed an AI-driven method to search for extraterrestrial life in space. The AI tool can differentiate between human and non-human samples, including specimens. The researchers have achieved a 90% accuracy rate in differentiating between samples of abiotic and biotic origins. The search for definitive biosignatures is a central goal of palaeobiology and astrobiology.
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Scientists at the Carnegie Science Center in the US have developed an AI-driven method to search for extraterrestrial life in space. The AI tool can differentiate between human and non-human samples, including specimens. The researchers have achieved a 90% accuracy rate in differentiating between samples of abiotic and biotic origins. The search for definitive biosignatures is a central goal of palaeobiology and astrobiology. 
