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First ‘true sugar’ molecule found in space — offering hints to life’s origins
United Kingdom🔬 Scienceyesterday

First ‘true sugar’ molecule found in space — offering hints to life’s origins

Scientists have discovered the first 'true' sugar molecule, erythrulose, in interstellar space within a gas and dust cloud at the center of the Milky Way. This finding, published in Nature Astronomy, suggests that complex organic molecules necessary for life may form in space before being delivered to Earth via asteroids or comets. Erythrulose, which contains four carbon atoms, differs from previously detected simpler sugar-like compounds such as glycolaldehyde. Researchers used spectroscopic data and radio telescope observations to confirm the presence of erythrulose, marking a significant step in understanding how life's building blocks might originate beyond Earth.

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Nature News logoNature NewsIndependentCenteryesterday
First ‘true sugar’ molecule found in space — offering hints to life’s origins

Scientists have discovered the first 'true' sugar molecule, erythrulose, in interstellar space within a gas and dust cloud at the center of the Milky Way. This finding, published in Nature Astronomy, suggests that complex organic molecules necessary for life may form in space before being delivered to Earth via asteroids or comets. Erythrulose, which contains four carbon atoms, differs from previously detected simpler sugar-like compounds such as glycolaldehyde. Researchers used spectroscopic data and radio telescope observations to confirm the presence of erythrulose, marking a significant step in understanding how life's building blocks might originate beyond Earth.

Bias read (Center): The article discusses a scientific discovery related to the origin of life, focusing on the identification of a sugar molecule in space. It presents findings from researchers without apparent ideological framing, emphasizing the scientific process and implications rather than political or social st站

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