Scientists have created a once-theoretical molecule under space-like conditions, revealing new insights into the chemistry of the cosmos and the origins of complex compounds. Scientists from the University of Hawaiʻi at Mānoa’s Department of Chemistry have successfully synthesized methanetetrol, a molecule long believed too unstable to naturally exist. By replicating extreme conditions similar to those […]



Summary

Scientists at the University of Hawaiʻi have successfully synthesized methanetetrol, a molecule previously deemed too unstable for natural existence, under space-like conditions. By mimicking the extreme environment of interstellar space, researchers demonstrated the molecule’s formation and provided insights into its role in creating more complex organic compounds. This breakthrough challenges previous assumptions about interstellar chemistry and suggests that seemingly unstable molecules can form under specific conditions, potentially contributing to the origins of life’s building blocks in the cosmos.

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