Until now, astronomers have studied the early history of the universe directly, trying to peer farther and farther away at older light, in an attempt to tease out the secrets of how
the cosmos first burst into light.
Not exact matches
First, it explains the origins of some gamma ray
bursts, the second most powerful known events in the
cosmos other than merging black holes.
They are some of the most distant objects discovered in the observable universe, making them key to understanding the formation of the
cosmos we inhabit — especially the early stages when the
first stars and galaxies
burst into existence.