Universe Investigation Based on Observation of Redshift

Abstract

Redshift interpretation in astronomy gives a significant quantity of information about the universe. However, the accurate explanation of the phenomena is surrounded by considerable disagreement. On this basis, this paper explores how the redshift came to be understood historically and summarizes the basic theoretical descriptions. To be specific, this study differs from several hypotheses about the cosmos, including Doppler effect, the Big Bang theory and some of its most prominent adversaries, and mention some of the outstanding issues. A few concepts not often linked with astronomy and astrophysics are also addressed with the intention that a wider perspective on this important issue might be studied. Nevertheless, scholars agree that the CMB is the ultimate limit. Before that time, the Universe was made of hot plasma, and light couldn't move in straight lines. It means that there is a limit to how far a redshift can go in theory. For further study, researchers should construct a picture of the cosmic architecture on very large dimensions by using the redshift. Overall, these results shed light on guiding further exploration of the formation of universe.