In recent research using the James Web Telescope, in March 2024, scientists found that ethanol and other icy organic compounds are close to the Protostars IRAS 2A and IRAS 23385. These results were published in the Joyce+ program. It can provide insights about the cosmic chemistry that can help the planet formulate and know the possibilities of life on it. It also shows how the building blocks in life can travel in space. Scientists witnessed alcohol in the orbit of a young star, which increased the understanding of life on Earth.
Mathanol and its Osotopus detected around Star HD 100453
According to a recent NASA JWST study, Mathanol and its Isotops have been found in gases around the star called HD 100453. It is about 3330 light years away from our planet. It has been observed for the first time that scientists have found mathanol oysteropus in the form of a disk. This was reported in the astronomical journal letters on June 5, 2025.
Mathanol: a building block of life
Mathanol acts as a building block for organic compounds such as amino acids, which are essential for life. Researchers found that methanol, but not rare Isotopus, are stars forming structures. These mathanols provide a valuable insight on the ingredients needed to build life on the ground.
HD 100453: Star larger than the sun
The HD 100453 is larger than the sun, which is more than 1.6 times the sun’s mass. It is indicated that the existence of methanol and other molecules in the disk is like gas and away from the home star, it can be when the solar system was quite young. Small stars consist of cooler disk, and molecules are frozen and unidentified.
Link between Mathanol and Dumkit Chemistry
Researchers found that the proportion of methanol is similar to that of two organic molecules in the solar system. These results indicate that the Ice Organic molecules are formed near the protoplanery disk, which is the result of a collision. This research offers the idea that billions of years ago, the Earth may have played an important role in offering important organic materials.
