Scientists Discover Sugar Molecule Near the Centre of the Milky Way
A team of scientists has successfully identified the presence of a simple sugar molecule in a cosmic cloud near the centre of the Milky Way galaxy. The discovery has drawn the attention of researchers because it demonstrates that essential organic compounds can form even in the extreme conditions of outer space.
The molecule found is glycolaldehyde, a simple sugar known as one of the basic building blocks for the formation of more complex biological molecules. This compound was discovered in a molecular cloud located around Sagittarius, the supermassive black hole at the centre of the Milky Way, approximately 26,000 light-years from Earth.
According to the scientists, the presence of sugar molecules in a region filled with high radiation proves that the process of forming organic compounds can take place in various space environments. The finding strengthens the hypothesis that the ingredients for life are not only formed on Earth but are also widespread throughout the universe.
Glycolaldehyde is a molecule that plays a role in the formation of more complex biological compounds. Its existence therefore serves as an important clue in research regarding the origin of life and chemical evolution in space.
The discovery was made through observations using a high-resolution radio telescope capable of detecting the spectral signals of various molecules in space. Each molecule emits a different wave pattern, allowing scientists to identify the types of compounds present within interstellar clouds.
In addition to glycolaldehyde, the researchers also found various other organic molecules, demonstrating that cosmic clouds are sites of complex chemical reactions. Such environments are believed to be locations where matter forms, which can later play a role in the birth of new stars and planetary systems.
Astronomers hope this discovery will help reveal how organic molecules develop into more complex compounds in the universe. Further research is also expected to explain how the building blocks of life can be distributed through cosmic dust, comets, or meteorites to reach planets like Earth.
Although this discovery is not proof of life beyond Earth, the existence of sugar molecules near the centre of the Milky Way is evidence that essential chemical elements for life can form even in regions previously considered too extreme. The finding represents an important step in understanding the chemical evolution of the universe while opening new opportunities for astrobiological research.