The astronomers analysed six of the foremost distant galaxies and figured out their age to calculate the beginning of cosmic dawn. The study, led by Dr Nicolas Laporte, from the Kavli Institute of Astronomy in Cambridge, was published on Thursday within the Monthly Notices of the Royal Astronomical Society.
“The grail has been to seem back far enough that you simply would be ready to see the very first generation of stars and galaxies. And now we've the primary convincing evidence of when the Universe was first bathed in starlight," BBC News quoted Richard Ellis, co-author of the study, as saying.
According to the BBC report, the results suggest that the primary galaxies are going to be bright enough to be seen by Nasa's James Webb Space Telescope, the world’s largest and most powerful space telescope targeted for October 31 launch.
A team of scientists will train Webb on six of the foremost distant and luminous quasars, the active supermassive black holes that are millions to billions of times the mass of the Sun. A quasar’s light outshines that of all the celebs in its host galaxy combined, and its jets and winds shape the galaxy during which it resides.
The Webb telescope will actually reminisce in time as light from these distant quasars began its journey to Webb when the universe was very young and took billions of years to arrive. The team will study the properties of those quasars and their host galaxies, and the way they're interconnected during the primary stages of galaxy evolution within the very early universe.
“So these observations give us the chance to review galaxy evolution and supermassive region formation and evolution at these very early times,” team member Santiago Arribas explained, as per the statement published by Nasa.
