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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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The Question of Reality, 2007.
A discussion on reality as perceived in quantum theory, specifically holographic theory.
1,142 words (approx. 4.6 pages), 3 sources, MLA, $ 39.95
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Abstract
The paper examines how beliefs on the nature of reality have a direct impact on what one brings into her experience. The paper explores how what we "see" all around us is an interpretation of what really exists. The writer argues that, from a Christian standpoint, God is perfect. People have to learn to see perfection. The essay discusses quantum theory (specifically holographic theory) and argues the probability that human beings literally create an objective sense of reality.
Outline:
Introduction
New Science
Holographic Theory
Conclusion
References
From the Paper
"Eventually, he found that the physical senses perform a frequency analysis to construct a sense of solid reality. The "solid" image is a hologram. The brain receives input, which it fits together to form a perception of the world. This discovery led Pribram to question the nature of reality. He asked, which is reality--the objective world we seem to experience--or interference patterns perceived by a holographic brain that converts frequency patterns into three-dimensional images? He concluded that we live in a frequency domain. It doesn't become the "world" until after our senses perform an analysis and construct an image!"
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"Tesla: Man Out of Time", 2007.
A book review of "Tesla: Man Out of Time" by Margaret Cheney.
1,776 words (approx. 7.1 pages), 1 source, MLA, $ 57.95
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Abstract
The paper discusses how Cheney proves that Tesla's work and pioneering research on rotating magnetic fields paved the way for the existence of the current, illuminated world. The paper asserts that Cheney's work is pioneering, because it rewrites invention history in many respects, stressing that the commonly embraced brand names of Edison and Marconi may need to be questioned by historians to give a full picture of history. The paper shows how this biography is an important reminder that history does not always give full credit to genius and innovation.
From the Paper
"To list Tesla's innovations in scientific research would almost take more space than could be accorded by the length and span reserved for this review. Tesla's work and pioneering research on rotating magnetic fields paved the way for the existence of the current, illuminated world, more so than Edison's, according to Cheney, and gave the world everything from radios to X-rays. However, Tesla proved out of step, or out of time, with the need to establish close friendships in the technical community. He also lacked the necessary flexibility within his personality to make use of the structures of funding of American business and federal funding in an effective fashion."
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Albert Einstein, 2006.
A review of the life of one of the most famous physicists of all time, Albert Einstein.
2,452 words (approx. 9.8 pages), 10 sources, MLA, $ 74.95
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Abstract
This paper introduces, discusses and analyzes the topic of Albert Einstein. Specifically the paper discusses Einstein's life and his scientific achievements. The paper reports that Einstein discovered the 'Theory of Relativity' and is often known as the "father" of the atomic bomb. The paper further discusses how Einstein's life is a model to scientists and physicists today, and a valuable lesson in what one person can accomplish in his lifetime.
From the Paper
"Einstein also helped to develop Quantum Theory, which "deals with the laws that describe how matter is built out of these elementary particles and what the forces are between them as revealed in spectral lines, in radioactive phenomena, or in the process of fission. The story of modern physics is in great part that of quantum theory" (Infeld 85). The use of Quantum Theory and continued study into it by other scientists eventually led to the development of atomic fission, and later, the development of the atomic and bomb. Einstein always regretted the part he played in the development of the bomb, as he was a lifelong pacifist. In fact, he co-wrote a famous book, "Why War?" with Sigmund Freud in 1932 that became classic anti-war literature. Another writer states, "The 'Why War?' letters, organized by Einstein, were written at the behest of the International Institute of Intellectual Co-operation, a committee of the League of Nations" (Dunn 112). Einstein saw the potential of harnessing atomic principles to create nuclear power, but always felt regret over his role in the atomic arms race. He spent the remainder of his life studying many different projects. One however, eluded him. Another scientist writes, "Einstein, who had already united space, time and gravity in his theories, certainly believed this and spent the latter half of his life seeking--unsuccessfully--'a theory of everything' that would combine quantum physics and relativity" (Mckie). That work today is evolving into another theory of physics - string theory, which shows his influence is still felt around the world today."
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Stars, 2007.
An overview of the structure and characteristics of stars.
996 words (approx. 4.0 pages), 3 sources, MLA, $ 35.95
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Abstract
This paper examines how a star is a huge, shining ball in space that produces a tremendous amount of light and other forms of energy. It looks at their physical makeup, the different types, and the recycling effect of star evolution on the rest of the universe.
From the Paper
"Stars have many variants such as age, size, mass, and luminosity, but one thing they have in common is that "about 75 percent of all stars are members of a binary system, a pair of closely spaced stars that orbit each other" (Green, 2005, p. 1). Stars are also grouped together in galaxies such as the Milky Way which hosts more than 100 billion stars. "Three-dimensional computer models of star formation predict that the spinning clouds of dust may break up into two or three blobs; if true, this would explain why the majority of the stars in the Milky Way are paired or in groups of multiple stars" (science@nasa, p.1). Clearly, the structure and formation of individual stars mimics the structure of other important elements of the universe."
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Thomas Edison, 2006.
A discussion regarding Thomas Edison, who lit up the nation and therefore the world.
1,683 words (approx. 6.7 pages), 7 sources, MLA, $ 54.95
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Abstract
This paper presents a detailed examination of the life of Thomas Edison and how he changed the world with the invention of the light bulb. The paper explores the importance of the light bulb and credits Edison with single-handedly changing the world through its invention.
Outline:
Introduction
Biography
Exploring His Inventions
Why He Succeeded
From the Paper
"Edison's childhood was one of constant, almost relentless curiosity. It was a trait that would serve him well when he eventually went on to hold a world record for having more than 1,000 patents, but while he was still a child it sometimes caused him a great deal of stress. One example of this was the time he accidentally burnt down a family barn in his quest of experimentation. He was charged with the crime of arson at the tender age of six for that mishap but it didn't slow him down. There were also questions about his intellectual abilities at one point. Stories are told that a friend of his drowned while Edison was playing with him at a creek and Edison failed to show any emotion. In addition he had a teacher tell his parents that he was "dumb" and would never be able to learn(American Heroes: Thomas Alva Edisonhttp://www.mccsc.edu/~jcmslib/mlk/edison/biography.htm) . "
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Energy Sources, 2006.
A review of the world's sources of energy.
1,291 words (approx. 5.2 pages), 4 sources, MLA, $ 43.95
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Abstract
A discussion regarding the world's current dependence upon fossil fuels as the primary source of energy. The paper discusses other alternative types of energy such as wind power, solar power, nuclear power and natural gas.
From the Paper
"Safe, efficient, reliable, and less environmentally damaging than traditional energy resources, natural gas is generally perceived as the most likely choice for the near future. Natural gas utilizes both a steam and gas cycle to generate power, and therefore, releases far fewer greenhouse gases into the atmosphere than coal or oil. But, "Even though air pollution concerns are much lower with gas fired plants, there are other environmental concerns including water use and water pollution. Combined cycle plants use about 10 million gallons of water per day, consuming 7 million and putting 3 million gallons back into nearby rivers," (Power Frontiers). Nevertheless, natural gas does contribute to global warming--less so than other methods but more so than nuclear energy. Both are comparably cheap and sustainable, but natural gas is considered to be safer to the public. All things considered, natural gas is economically viable, relatively safe, relatively clean, and sustainable: it poses the most realistic option for electric companies with its most serious competition coming from coal, and perhaps, nuclear power."
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John von Neumann, 2007.
An analysis of the mathematical and scientific contributions of John von Neumann.
2,009 words (approx. 8.0 pages), 6 sources, MLA, $ 63.95
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Abstract
This paper discusses John von Neumann's contributions to the fields of quantum physics, functional analysis, set theory, economics, computer science, numerical analysis, hydrodynamics, statistics and other mathematical fields. The paper also discusses his contribution to the creation of the hydrogen bomb. It goes on to describe some of his most influential achievements.
From the Paper
"John Von Neumann inarguably contributed a wealth of knowledge to the development of computers, and without his contributions the face of technology today would be primitively underdeveloped. However, Neumann may have canceled out the "good" he did in an act of self-fulfilling equivalent exchange with his work in the realms of math and science with the contributions he made to warfare and massive weaponry. The name Von Neumann is associated as much with the Atomic Bomb as it is with computer programs (Wilson), and Neumann may have had even more devastating projects on the horizon at the time of his unexpected death from cancer. During the Second World War, von Neumann worked as a consulted to both armed forces and civilian agencies that were involved in wartime projects. Neumann's genius was in high demand, and he was able to design an implosion method for bringing nuclear fuel to explosion, as well as playing an integral part in the development of the hydrogen bomb. (Cabrera) According to one of Neumann's biographers, "It has been stated that von Neumann's electronic computer hastened the hydrogen bomb explosion on November 1, 1952." (Bochner)"
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Energy Trade, 2007.
An analysis of President Bush's advanced energy initiative to reduce the need for energy trade with the Middle East.
1,576 words (approx. 6.3 pages), 5 sources, MLA, $ 51.95
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Abstract
This paper discusses the energy trade in the United States. It discusses the increasing need for energy compared to the consumers' decreasing knowledge about where energy is coming from. The paper then discusses President Bush's State of the Union Address for 2006, in which he outlined his new advanced energy initiative, with the overall goal of reducing dependence upon Middle Eastern oil. It then addresses this goal to further advance the use and technology of solar and wind energy resources.
From the Paper
"Renewable energy has been used in various, yet mostly private applications for many years, with ah classic example of the farmer using a solitary windmill to provide energy to a pump that provides water to his fields or livestock or the application of several solar cells on the roofs of homes, either in remote locations where other sources of power are to expensive to obtain or in the city where the novice environmentalist wishes to "get off the grid." Yet, these applications are very limited and the much larger possible applications and the technology that drives them can be rather expensive, in comparison to other forms of energy attainment, especially with regard to initial investment. One of President Bushes stated goals is to reduce the cost of these investments through the development of less costly technologies. Though is a relatively simplistic look at the actual numbers, wind energy, on its own has increased in capacity significantly in the last few years and the same can be said of solar renewable resources."
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James D. Watson and DNA, 2006.
A review of 'The Double Helix: A Personal Account of the Discovery of the Structure of DNA' by James D. Watson.
3,083 words (approx. 12.3 pages), 1 source, MLA, $ 90.95
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Abstract
This paper discusses one of the most significant scientific discoveries of the twentieth century, the discovery of the helical structure of deoxyribonucleic acid (DNA). According to the paper, Watson revealed this discovery in his book, 'The Double Helix: A Personal Account of the Discovery of the Structure of DNA'. This paper reviews Watson's book and the fact that DNA was not discovered by a single person, nor by a group of scientists. The DNA discovery was the result of a complex series of advancements, discoveries and inspirations by many independent groups.
From the Paper
"Watson next goes on a series of European excursions and vacations; including being able to finally listed to Pauling. When he returns to Cambridge in the fall, Watson exhibits less preoccupation with DNA, and hears of the discovery by some bacteriologists that some bacteria actually reproduce sexually. This causes Watson to muse that the microbial genetics of them could be understood within a few years after DNA's structure is discovered. In the meantime, Watson writes that Franklin's X-Ray data "were getting prettier and prettier," (Watson 148). Furthermore, he credits her with obtaining the data indicating that the sugar-phosphate backbone of DNA was actually on the outside of the molecule; still, "She gave no sign . . . of liking helices any better," (Watson 148). Watson continues to explain his faith-based understanding of DNA when he writes, "The idea of the genes' being immortal smelled right," (Watson 153). After this leap of inference, however, Watson learns that Pauling is about to unveil another discovery regarding DNA; this worries most everyone at Cambridge. "
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Martin Heidegger, 2007.
An analysis of Martin Heidegger's theories of nothingness.
785 words (approx. 3.1 pages), 3 sources, MLA, $ 27.95
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Abstract
This paper discusses the theories of Martin Heidegger which he presented in a book called "Being and Time." The paper describes his theories of nothingness and human "dread" and compares them to Deepak Chopra's similar quantum physics theories. The paper describes the basic meaning of the theories and concludes that had Heidegger possessed Chopra's gift for simplifying language, his concepts of nothingness might have been recognized sooner.
From the Paper
"Heidegger's theory of human "dread" is interestingly at the core of what he believes to be our deep-seated awareness of "nothing." The fact that humans are deeply aware that we will perish into nothing is what gives defineable value to our human experience. In other words, while we know consciously that everything in our human world will change and die, we also know that this concept does not apply to a world of nothing. Heidegger evidently had no faith in the possibility of an afterlife that might include any thing relative to our human existence. In his view, the inescapable loss of somethingness is at the bottom of the human "angst." (Philosophypages)."
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Albert Einstein, 2007.
A discussion on the life and works of Albert Einstein.
1,772 words (approx. 7.1 pages), 4 sources, MLA, $ 57.95
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Abstract
This paper offers a detailed history of Einstein and the effects his works have on the world, including nuclear energy. It discusses his many theories and explains that often times these works were of religious motivation. The paper also discusses Einsteins effect not only in the science arena, but also on art and the development of Modernism and Post-Modernism in particular.
From the Paper
"In more theoretical terms, Einstein postulated several theories that challenged the nature of time and suggested both its relative nature depending on how it is measured and the possibility that it is reversible, something that clearly went against the traditional view. Einstein is really the figure around whom the changes in both the sense of time and of space swirl, for his theories challenged both and suggested ways in which both time and space could be changed, bent, twisted, and made into something different than people had once believed."
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