| Papers [1-15] of 100 :: [Page 1 of 7] | | Go to page : 1 2 3 4 5 6 7 —> | Search results on "ASTRONOMY YOUNG UNIVERSE": |
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Astronomy and the Young Universe, 2002.
A discussion of the argument about the young universe and the mature universe.
3,480 words (approx. 13.9 pages), 4 sources, MLA, $ 98.95
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Abstract
This paper discusses what the universe is made up of, its age, how stars are formed and what is the future of our solar system. It discusses the history of the exploration of the universe. The author explains how In this century large telescopes are set up, far away from city lights and traffic to gather the best data for studying the skies. A brief overview of the theories on the origin of the universe is also given. The author concludes that although new theories are constantly being proposed and science is constantly to answer the question ?Where did we come from?? , until now, no answer has satisfied everyone.
From the Paper
"Man's fascination with the heavens is as old as recorded history itself. Astronomers from all civilizations?medieval to the present times?carefully observed the stars and their relative position in the night sky. Even in the medieval times, astronomers universally observed two features: that stars tended to drift westward with each passing night; and, despite this apparent movement, stars were always in a fixed position relative to each other. Anything that man could not explain, ending up fascinating him?as did the stars. It has been stated that when man loses his desire to explore the unknown, the human race will have sounded its own death knell."
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Universal Reason, Universal Mind, 2002.
A discussion of some of the parallels and differences in Kantian and Buddhist assumptions.
1,263 words (approx. 5.1 pages), 5 sources, MLA, $ 42.95
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Abstract
This paper examines how there is a marked similarity between Immanuel Kant?s ideas of the empty universe and universal reason and the Buddhist idea of the universal mind. It attempts to explore these parallels, while also being mindful of the difference that exists between Kantian and Buddhist thought. It analyzes how both Kant and Buddhism demonstrate that the universe is empty since it is not different from the not-self ? because it cannot differentiate, for in order to differentiate it must somehow have cognitive access to the object outside itself. It also demonstrates how the crucial difference between Kant and Buddhist thought is one of quality. Kant assumes that the universe is inherently empty and neutral and his attempt is to demonstrate it to be so. On the other hand, Buddhist internalizes this process and accepts the fact that the universe is empty but that it must be experienced by the individual mind ? by way of the empty, universal mind, the individual mind may also become empty, free of the distinction/perception between subject and object.
From the Paper
"Kant assumes that the universe or universal reason is innate by way of this distinction. In order to grasp that a representation is a representation of an object, a being must be able to comprehend several things. First, that being must recognize that there is an object that the representation is a representation of. Next, there has to be a recognition that the representation is different from the thing represented. Thus, the representation of an object is a bridge that connects a being?s consciousness with the things that surround it. Thus universal reason must be able to reason itself, to see itself, plus the representation, and the object. The representation is the means by which a being can have any awareness of objects as objects at all."
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The Newtonian Universe, 2004.
This paper studies the Newtonian Universe, laws of gravity, the development of calculus, the laws of motion and the idea of the clockwork universe.
1,582 words (approx. 6.3 pages), 4 sources, MLA, $ 55.95
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Abstract
This paper looks at the Newtonian Universe, laws of gravity, the development of calculus, the laws of motion and the idea of the clockwork universe.
From the Paper
"Sir Isaac Newton was considered by many the most important figure in the development of modern science, and his accomplishments covered a broad scope, from fundamental contributions to physics and astronomy, to the invention in parallel with Liebnitz of the mathematical field of calculus and Newtonian mechanics which came to be regarded as the ultimate explanatory science. Sir Isaac Newton changed the understanding of the universe with his three laws of motion."
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Purpose of the Universe, 2006.
A philosophical discussion about the purpose of the universe.
1,121 words (approx. 4.5 pages), 8 sources, MLA, $ 38.95
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Abstract
The purpose of the universe has been seen from many angles in human history. The scientific view of the purpose of the universe has fluctuated together with various epochs and the philosophies connected with these epochs. Various philosophies of the purpose of the universe, and whether indeed the universe does have a purpose, are discussed.
From the Paper
"Cosmology, or the study of the universe, originated in Mesopotamia. The philosophy of the time was that the earth was the center of the universe. Main philosophers of the time were Aristotle and Ptolemy. Because of Aristotle's power, this view of the world remained relatively uncontested until 1543. This philosophy also made the idea of the purpose of the universe fairly simple. The universe existed for human beings, who were created at the center of it. The understanding of the world, being simple, was therefore unproblematic. It therefore might be not only Aristotle's power but also the basic human need to feel that there is a purpose to things that perpetuated this view."
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The Fate of the Universe, 2004.
This paper explores the fate of the universe.
2,250 words (approx. 9.0 pages), 8 sources, MLA, $ 79.95
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Abstract
This paper explores the fate of the universe. The writer looks back to the origins of the universe to see how it all started and what has been happening since then. In this article the writer explores some of the predictions for the future, the main one of which is that the universe will go on expanding forever.
From the Paper
"Before one can speculate on the fate of the universe, one must first look back to how it began. The modern version of the 'Big Bang' theory is that a massive explosion created all the mass and energy in the universe and also the fabric of time-space, which inflated rapidly after the big bang but then slowed down and the universe cooled down. The temperature dropped within minutes and free-roaming quarks formed protons and neutrons, some of which coalesced into the nuclei of simple elements."
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Aristotle's Astronomy, 2004.
An analysis of Aristotle's astronomy.
1,174 words (approx. 4.7 pages), 4 sources, MLA, $ 40.95
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Abstract
This paper presents a brief overview of Aristotle?s life and accomplishments. The paper examines Aristotle's education under Plato. The paper states that Aristotle had studied in depth and written about almost every subject that was in existence at the time, including anatomy, astronomy, physics, geology, zoology, aesthetics, rhetoric, logic, ethics, metaphysics, psychology, and literature. This paper focuses on his works regarding astronomy.
From the Paper
"Aristotle (384-322 BCE) is one of the three most famous ancient philosophers whose work have left an indelible mark on the Western Civilization. Aristotle was born in Macedonia where his father was a physician in the royal court. He went to study in Plato?s Academy at the age of 17 where he stayed for 20 years and was Plato?s most distinguished pupil. After Plato died in 347 BC, he moved to Assos, a city in Asia Minor, and married the ruler (Hermias)?s adopted daughter. After Hermias? was captured and killed by the Persians a few years later, Aristotle was invited by the King of Macedonia to his court. There, he became a tutor to the King?s son Alexander?who was later to earn fame in history as Alexander the Great. In 335 BC, when Alexander became king, Aristotle returned to Athens and established his own school, the Lyceum. It was during the 13 years at Lyceum that most of Aristotle?s works were written. When Alexander the Great died in 325 BC, anti-Macedonian feelings in Athens forced Aristotle to retreat to a family estate in Euboea, where he died the following year."
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Astronomy, 2002.
A study of the origins of the universe, the planets and stars, and a look at the astronomer's tools of trade.
730 words (approx. 2.9 pages), 6 sources, MLA, $ 26.95
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Abstract
This paper explores methods used by astronomers to measure the universe, the dual nature of light, origins of the universe and the solar system and types of stars. It also discusses planets and other celestial bodies.
From the Paper
"Another way to measure the universe is using shadows. Some astronomers observe ?dark silhouettes cast by distant clusters of galaxies (Glanz,1999)? against the ?cosmic microwave background radiation (CMBR) (Glanz, 1999)? The glow from this radiation provides a back light that helps measure the size of the shadows. The CMBR was formed back when the cosmos were only 100,000 to 300,000 years old. Because of the CMBRs? age, ?everything in the visible universe lies in front (Glanz, 1999)? of it. When the radiation started out, it had hot temperatures due to the universe just being formed. However, as the universe expanded, the temperatures cooled. This gives astronomers additional information to aid them in their measurements."
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Discoveries in Astronomy, 2002.
This paper looks at recent findings in astronomy.
1,400 words (approx. 5.6 pages), 5 sources, $ 53.95
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Abstract
This undergraduate essay discusses several recent findings and discoveries in the world of astronomy in 2003. The author examines the discoveries of a new galaxy thirteen-billion light years away, the finding of an unsuspected neighboring star of earth's sun, and several other new developments.
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Astronomy from Ptolemy to Galileo, 2005.
This paper studies science, in particular astronomy, making use of the book "Science without Limits" by James Perlman.
675 words (approx. 2.7 pages), 1 source, $ 26.95
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Abstract
This paper examines the history of science in terms of changes in astronomy from the time of Ptolemy to Galileo, based on the book "Science without Limits" by James Perlman. The writer notes how the ancients saw science as a form of philosophy, while by the time of Galileo, observation was being joined with experimentation to examine concepts and find the truth.
From the Paper
"The history of astronomy shows the development of science as a discipline from the ancient world to the Renaissance, from the time of Ptolemy to the time of Galileo. Over that period, astronomy began to shift from a philosophy to a science. Science in the ancient world was not created out of whole cloth and was based on observations and the application of reason. Mathematics were also used to develop ideas about the universe. Mathematics is itself an application of reason, though aspects of mathematics have also been developed through observation and testing. By the time of Galileo, however, science was gaining a more experimental structure, and Galileo himself tested many ideas directly. His astronomy was also based on observations, but he was able to observe more directly and closely with the telescope. Perlman notes that "science in large part . . . is a matter of testing assumptions"."
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"The Universe in a Nutshell", 2006.
A discussion on Stephen W. Hawking's work, "The Universe in a Nutshell" about physical principles.
953 words (approx. 3.8 pages), 1 source, MLA, $ 33.95
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Abstract
This paper discusses how Hawking succeeds in introducing the average layperson to the physical principles of the material universe. It offers examples from the book to further qualify and express this point.
From the Paper
"Hawking also tries to make his theories funny and relevant to every day life today, as well as introduce speculations of what will happen to the universe, long after his text's first readership has passed into eternity. Hawking even mentions the effect of airline food on human life expectancy, a sobering thing to reflect upon for one who engages in as much air travel as Hawking! But there are also more serious, vital references to how understanding physics can impact human life on earth in the relative short term as well as in space and far into the future. Hawking describes how statistical evidence points to the physical limits of population growth and electricity being reached on earth by the year 2600. But by applying the same statistical principles to knowledge as to population growth, to take a more comforting view of things, predicted human knowledge of how to preserve energy reserves could potentially carry the human race forward, faster to possibly attain solutions to this problem of geometric physical expansion."
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Mysteries of the Universe, 2006.
A review of science versus religion, as a tool to explain the mysteries of the universe.
902 words (approx. 3.6 pages), 5 sources, MLA, $ 32.95
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Abstract
This paper takes a look at the issues of science versus religion when trying to unlock the mysteries of the universe. According to the paper, religion and science are often at odds, especially regarding core issues such as the nature of time, the origins of humanity and the nature of religion itself. The paper goes on to discuss how, rather than be at odds with one another, science and religion should cultivate a shared interface, complementing each other in their mutual endeavors.
From the Paper
"One of the most pressing questions in both religion and science is the nature of disease. Geneticists have been trying to unearth so-called founder mutations: one original genetic mutation that subsequently caused generations of people to carry and/or suffer from a serious illness like sickle cell anemia. Unlike many other mutations, founder mutations can be traced to one original ancestor. The discovery and study of founder mutations allows anthropologists to research the general patterns of human migration, providing a more complete understanding of history. Religion views genetic mutations in a different light. Many fundamentalist Christians, for example, might propose that disease is God-given. Yet if Mary Schweizer, an Evangelical Christian scientist, can unite religion with science then anyone can. Her devotion to fundamental Christian thought is not at odds with her scientific endeavors, according to Yeoman. In fact, Schweizer views science as a spiritual endeavor, as a means to discover the meaning of life, death, and seeming anomalies. Religion and science share common goals and objectives even when their theoretical underpinnings are in conflict with one another."
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Astrology And Astronomy, 2002.
A discussion of the effects of astrology and astronomy on today's society.
1,650 words (approx. 6.6 pages), 4 sources, $ 62.95
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Abstract
A 7-page historical survey of the bond of Astrology and Astronomy and how as the result of the scientific method that bond was broken and how both are still influencing us today.
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Tycho Brahe and 16th Century Astronomy, 2003.
Examines the influence of Tycho Brahe on astronomy during the Renaissance.
2,364 words (approx. 9.5 pages), 15 sources, APA, $ 72.95
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Abstract
Throughout the course of scientific inquiry, many great men and women have influenced scientific thought. Although their theories don't always agree with one another, their observations are important as they lead to further examination and observations of the natural world. During the great period of history known as the Renaissance, new insights into the universe and stars that surrounded the Earth influenced man's thought as to his position in the World. One such great scientist, an astronomer by the name of Tycho Brahe examined and observed the motions of the planets and stars during the Sixteenth Century. His theories of the Earth's position correspond with those of the religious and scientific ideas of the Renaissance. By studying his life, this paper shows how his method of analysis was influenced by the paradigms of scientific thought during the Renaissance. In addition, this paper shows that Brahe's observations influenced many astronomers and their research at that time and penetrated deeper to influence future astronomers in addition to scientists in other fields.
From the Paper
"In early 1571, Brahe returned to his birth-home where he was called due to his father's illness. After his father died on May 9, 1571, Tycho shared a large inheritance and lordship with his elder brother. He didn't stay long, however, and soon moved to Herrevad where his uncle Steen promised to install a small observatory for Tycho17. On November 11, 1572, in this small observatory, Tycho discovered a new star in Cassiopeia. He continued to observe gradual changes of magnitude of this star during its appearance which lasted sixteen months18. Changing the paradigms of astronomical thought during the Sixteenth century, Tycho proved that it was not a meteor, but instead a real star which was within a region of fixed stars at the end of space."
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Evolution or Design: Philosophy, Theology and the Universe, 2002.
Explores the arguments of philosopher David Hume as to the meaning and origin of the Universe.
1,650 words (approx. 6.6 pages), 4 sources, $ 62.95
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Abstract
The author of this paper compares David Hume's arguments with contemporary philosophy and theology as a way to consider the question of whether the universe exists by chance, evolution, or by design.
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Black Holes in Universe, 1990.
This paper contends that existence of black holes in the Universe is still theoretical because there are no measurable or observable phenomena.
1,575 words (approx. 6.3 pages), 4 sources, $ 55.95
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From the Paper
"Black holes, sometimes called "collapsars," are a class of astronomical object which has attracted great attention both from astrophysicists and the general public in the past two decades. According to theory, if an astronomical body is large or dense enough, its gravitational escape velocity will exceed the velocity of light: thus no radiation from it can escape to the outside Universe. It disappears within an "event horizon." Such an object, from which not even light can escape, would seem to be undetectable, yet black holes are of great interest to astronomers and physicists. A number of indirect methods of detecting black holes have been proposed, and indeed a number of black hole "candidates" have been identified. However, black holes remain a theoretical construct, since no persuasive indirect observational evidence has been found that would rule ... "
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