Astronomy Outline: The Bing Bang Theory

Running head: ASTRONOMY OUTLINE: THE BING BANG THEORY
ASTRONOMY OUTLINE: THE BING BANG THEORY 2

Astronomy Outline: The Bing Bang theory
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The Bing Bang theory is an emerging issue in the astronomic field. It is the study of the formation of the universe. The Theory shows the process of formation from the hot, dense initial condition at its current state. The universe is continuously expanding, and the scientists need to make detailed predictions of the denser past. The Bing Bang theory agrees precisely with astronomical observations. The study will explore the origin of the components of the universe. It will also examine the condition for the formation of the initial conditions (Bortz, 2014).

The study will give the relation of the origin of the universe components. It will focus on the first second and the origin of the light. It will explore NASA explanations about the universe temperature and how it brought the earth formation changes. Secondly, the study will focus on the determination of the age of the universe. It will consider the NASA’s Cosmic Background Explorer (COBE) satellite missions of the 1990s. Other studies to consider are NASA’s Wilkinson Microwave Anisotropy Probe (WMAP). Thirdly, the study will focus on the gravitational waves controversy. The controversy negated the Albert Einstein’s theory of the speed light limit. Lastly, it will concentrate on the expansion of the universe (Zakharov, 2015).

The study will utilize the current and past theories of the evolution. It will focus on theories before and after the Bing Bang theory. It will also establish the harmony between the theory and the Bible. The study will resolve the conflict between the Biblical explanations and the science. The study will also explore the questions that the physics cannot answer in its explanations of the universe. Lastly, the paper will explore additional explanations for the origin of the universe (Sahijpal, 2013).
References

Bortz, F. (2014). The Big Bang Theory: Edwin Hubble and the Origins of the Universe. New York: Rosen Publishing Group, Inc.

Das, M. (2013). Giant Low Surface Brightness Galaxies: Evolution in Isolation. Journal of Astrophysics & Astronomy, 34(1), 19.
Sahijpal, S. (2013). Inhomogeneous Chemical Evolution of the Galaxy in the Solar Neighborhood. Journal of Astrophysics & Astronomy, 34(4), 297-316.

Zakharov, A. F. (2015). Possible Alternatives to the Supermassive Black Hole at the Galactic Center. Journal of Astrophysics & Astronomy, 36(4), 539-553.