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how the universe was created big bang theory
describe the big bang theory
describe the big bang theory
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INTRODUCTION
Since the beginning of time, people have wondered about why we are here, how we got here, and where we came from. Although many of these questions have not been answered, the question of where the universe we see today came from has been answered, or at least answered as well as possible with the technology available. Currently the leading theory for the origin of the universe is the Big Bang theory. Although some scientists still dispute this model for the development of the universe, the vast majority of scientists accept it as truth. The Big Bang theory cannot be proven, but it is the theory that is most consistent with the facts we have today about our universe.
HISTORY
Although Georges Lemaitre (pictured in Figure 1) first proposed the Big Bang theory itself in the 1920’s (“Origins of the Universe”), people have debated over the creation of the universe since Aristotle was alive. Aristotle argued that the universe had an infinite past, which concerned Jewish and Islamic philosophers because this didn’t fit with their belief in creationism. Many philosophers after Aristotle began forming arguments to support a universe with a finite past in response to his philosophy. In 1225, Robert Grosseteste became the first person to try to describe the universe using one set of physical laws in his paper “De Luce” (Lewis). Almost four-hundred years later, Johannes Kepler formed a new argument for a finite universe, using the dark night sky as proof. Soon after, Newton first came up with the idea of large-scale motion existing in the universe (Wolff).
In the early 1900’s Vesto Slipher and Carl Wirtz both separately observed spiral galaxies moving away from Earth. Although they didn’t realize the implications, now thi...
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Figure 7. Wright, Ned. Las Campanas Redshift Survey. Digital image. Talk Origins. N.p., n.d. Web. 19 May 2014. .
Figure 8. NASA. Digital image. Talk Origin. N.p., n.d. Web. 19 May 2014. .
Figure 9. First Law of Thermodynamics. Digital image. Tutors Globe. N.p., n.d. Web. 19 May 2014. .
Figure 10. Second Law of Thermodynamics. Digital image. Wikispaces. N.p., n.d. Web. 19 May 2014. .
To properly understand where all elements on Earth came from, it is essential to first learn about human understanding of how the universe started. One of the widely accepted theories is “the Big Bang theory”. The Big Bang theory is a method to explain what the universe was like at the very beginning. Most scientists working in the field of astronomy believe that the universe did have a beginning and its age is finite. One claim that supports this view is that if the universe was infinitely old, there should be stars in every direction possible, either a star or the remains of a star. According to the current understanding, there existed nothing before the Big Bang, but during and after the Big Bang, everything we can imagine sprang into
A spectrometer is used to measure the movement of distant galaxies. The spectrometer can measure the type of atoms the light was produced from, how bright the light is, and if the light is stretched or compressed. The measurements obtained with spectrometers show that distant galaxies are moving away from earth and the more distant the galaxy the faster it is moving away form earth. There are stars known as “Cepheid variables” which change in brightness relative to the distance from the viewer. The distance if these stars can be determined from the brightness that is observed. Some light that is observed is “red-shifted’. This occurs when the wavelength of the light is longer, the lengthening of the wavelengths happens because the galaxy or star that is producing the l...
& MCMILLAN, S. 2008. Astronomy Today - Sixth Edition, United States of America, Pearson Education, Inc.
Waller, William H. The Milky Way: An Insider's Guide. Princeton, N.J: Princeton UP, 2013. 42+. Print.
According to the authors, the present day galaxy is relentlessly empty and spans a tremendous scope. In a scale model of the galaxy where stars are the size of sand grains, the nearest stellar system (Alpha and Proxima Centauris) is six miles away. Our Galaxy contains approximately 100 Billion stars. In this model, the stars move through their orbits at a pace of only a few feet per terrestrial year. The sun takes nearly 100 million terrestrial years to make a full circuit of the galaxy. The last time the sun passed through our current galactic longitude was in the middle of the Cretaceous period, when the giant continent Gondwanaland was beginning to break up into African and South America and the giant Carnotaurus enjoyed its place at the top of the food chain (before the reign of T.Rex).
On the other hand, believers in science take a completely different approach in explaining the origin of the universe. Although there is more than one theory, the most popular today is the concept of the big ba...
For centuries humans looked up at the sky and wondered where we came from and why we are here. It was this fascination that lead scientists and philosophers to explore the Universe for answers. Over time these answers varied depending on what religion, ideas and technology was available to them. Some believed in an Aristotelian Universe centred around the Earth where others believed in the Copernican Universe which placed our sun in the centre. Most theories were dispelled due to the religious connotations and that it went against their belief of creationism. Like with all theories the specifics of this developed over time, and there have been many countless advances since the first proposal.
In conclusion, there must have been a necessary being which served as the first cause of the Universe. This necessary being can be referred to as God. I make this conclusion due to my understanding of the evidence given above and the fact that there are no reasonable arguments that beyond reasonable doubt can prove otherwise. In addition, it is my finding that the roots of the Cosmological Argument are firmly cemented in a posteriori observation (induction), as opposed to purely rational thought which is deductive. Knowing how this argument is classified is imperative because it is essential to understanding the structure of the argument and how it arrives at its conclusion.
4. According to the Moritz, anything outside recognizable universe is not something we can make any inductions or conclusions. Our scientific potentiality does not predate the Big bang, and also our scientific observance cannot go beyond the Big Bang. We cannot say definitively that the cosmos came from nothing, or if the universe came from something.
Humans have long been curious about the origin of the universe. They also have been curious as to how and when the Earth was formed. It all started with the Big Bang. The life we are living as we know it would not be the way it is without it. In order to better understand The Big Bang Theory one must understand what it is, how it began, the evidence, and what happened during it.
Zimmerman, Robert. "The Great Supernova Race." Sky & Telescope 126.4 (2013): 16. MasterFILE Premier. Web. 7 Apr.
Throughout history there has always been discussions and theories as to how the universe came to be. Where did it come from? How did it happen? Was it through God that the universe was made? These philosophies have been discussed and rejected and new theories have been created. I will discuss three theories from our studies, Kalam’s Cosmological Argument, Aquinas’s Design Argument, and Paley’s Design Argument. In this article, I will discuss the arguments and what these arguments state as their belief. A common belief from these three theories is that the universe is not infinite, meaning that the universe was created and has a beginning date. Each believe that there was a God, deity, or master creator that created the universe for a reason. They also believe that
Cengel, Y. A., & Boles, M. A. (2011). Thermodynamics: An engineering approach (7th ed.). New York, NY: McGraw-Hill.¬¬¬¬
The big bang theory is an attempt to explain how the world began. The big bang theory begins with what is called a “singularity.” This term is used to describe an area in space which defies all the known laws of physics. Singularities are thought to exist at the core of black holes. Black holes are areas of intense gravitational pressure. The pressure is thought to be so intense that matter is pressed together into an infinite amount of pressure. The dense hot mass of the singularity slowly expanded. This process is called inflation. As the singularity expanded the universe went from dense and hot to cool and expansive. Inflation is still continuing on today which means that the universe is continually expanding.
Since the dawn of intelligent man, humanity has speculated about the origins of the universe.