Sugar Found in Space Around Young Sun-like Star

Carbon(gray), oxygen(red), and hydrogen(white) sugar molecules in an artist’s impression.
Image courtesy L. Calçada, ESO/NOAJ/NRAO
A team of astronomers has made a sweet discovery. Astronomers has spotted sugar molecules in the gas surrounding a young Sun-like star, using the powerful telescope Atacama large millimeter/sub-millimeter array (ALMA), suggesting the possibility of life on other planets and it also suggests that some of the chemical compounds needed for formation of life can present before even planets exist.
The space sugar molecules, known as Glycoaldehyde is a simple form of sugar which are made up of carbon, hydrogen, and oxygen that can be found on the form of an odorless white powder, and also this molecule is one of the ingredients in the formation of RNA – one of the building blocks of life, one of the most crucial molecules present in living cells. Previously, sugar molecules has been detected in two other places in interstellar space but both of these regions are much further away and were observed with much worse resolution and it wasn’t possible for the astronomers to pinpoint the location of the molecules. According to the researchers, this is the first time sugar molecules has been spotted so close to a Sun-like star, at distances comparable to the distance of Uranus from the Sun in the Solar System.
Now, the big question is how complex can these molecules become before they are incorporated into new planets, or whether it is common that these organic molecules are formed so early in the star and planet formation process? This could explain something about how life might arise elsewhere.