Abstract This paper details how GalileoGalilei affected history by discovering the potential of the telescope, pioneering new approaches to science, and challenging the authority of the Catholic Church.
From the Paper "Galileo Galilei was a mathematician, an astronomer, and a physicist who made several significant contributions to modern scientific thought. During his life, he made many scientific discoveries, often in contradiction with the centuries-old ideas of the Greek philosopher Aristotle. These contradictions led to great conflict with the Catholic Church; however, he emerged as a symbol to others who oppose unyielding authority and champion scientific progress. As James Reston's biography Galileo makes clear, Galileo is a historical figure who affected history by discovering the potential of the telescope, pioneering new approaches to science, and challenging the authority of the Catholic Church."
Abstract This paper explains why GalileoGalilei, one of the most well-known astronomers and mathematicians, was one of the most controversial people of his time.
From the Paper " In the years to follow Galileo contributed much to the mathematic and scientific field. In 1609, Galileo was able to observe a Dutch mans invention, which Galileo would much be remembered for. This was the first telescope. Using his great technical and mathematical skill Galileo improved the telescope greatly. He also began to look at the sky with it. He wrote down his observations in a book he called Message From the Stars. Galileo also did much on free fall and even published some books on the subject. In his later years Galileo studied motion and strength of objects. He wrote a book on this called Discoveries on Two New Sciences. The book had to be smuggled out of Italy because at this time Galileo was forbid by law to publish any more books. "
Abstract This paper discusses the significant contributions of GalileoGalilei to the field of mathematics. It provides a brief history of his life and then focuses on some examples of the contributions that he made to mathematics. The paper also discusses his misinterpreted-battle between science and religion and how it overshadows many of the other contributions that Galileo made during his lifetime as a scientist and mathematician.
From the Paper "We often hear of a Copernican revolution in science, but Galileo was the instigator of a much more fundamental revolution that influenced both science and mathematics. The worldview that Galileo created to replace the Aristotelian worldview that dominated at the time contended that the world was made up only of matter whose properties and motions could be described in terms of mathematics (Machamer). In other words, Galileo advanced the now-obvious notion that mathematics was nothing short of the language of the universe. Using mathematics, Galileo was able to describe and understand the mechanics of the universe, effectively gaining a deeper understanding of the way that the world is put together. This is Galileo's most significant contribution to mathematics. He removed the idle, superstitious philosophy from the study of the natural world and pushed mathematics to the forefront of natural inquiries, demonstrating again and again that it could be used to understand the way the world works."
Abstract The paper discusses the observations and discoveries of physicist and astronomer, GalileiGalileo. The paper also compares his observations to those of other famous atronomers such as Johannes Keplar, Ptolemy and Copernicus.
From the Paper "Interestingly, the sort of heresy that Galileo was convicted of was just the sort of observational assertion that Luther had already predicted the Catholic Church would have trouble with, based upon the fact that they held rationalistic interpretations of the Bible in greater esteem than empirical conclusions arrived at through careful examination. In other words, the Church, by hoarding all of the power to make reforms and philosophical claims about the world, had made itself vulnerable to catastrophic failure once competing worldviews were introduced. Essentially, so much had been built upon the rationalistic claims asserted by the Catholic Church for more than one thousand years, that empirical knowledge was likely to soon begin to contradict dogma. Of course, this did occur quite publicly when Galileo argued in favor of the Copernican, heliocentric model of the solar system. Yet, it would seem, the rationalistic way of perceiving the universe was far more flexible than Luther had initially suspected. Galileo, on the other hand, grasped the philosophical wiggle-room rationalism affords anyone who is willing to accept claims about the world based upon faith."
Abstract In this article, the writer discusses Bertolt Brecht's play 'Life of Galileo', which presents the life of the famous astronomer, GalileoGalilei. The writer maintains that Brecht's play displays the negative results of Galileo's recantation by revealing personal, political, and economic effects. The writer argues that Galileo made the wrong decision when he recanted his teachings. The writer believes that had Galileo maintained his views, science would have gained an important precedent of upholding ethical standards. The writer agrees with Brecht and further believes that Galileo's recantation dealt a serious blow to the cause of science.
From the Paper "Galileo's discoveries completely flip the worldview of the day. Up to now, people have believed in the old books of Aristotle without questioning their validity. But with the discovery of the earth's motion, everything and anything that can be doubted is doubted. Truths that were universally accepted as true are being brought into question, while a search for new truths has begun. When he says that people are moving along with the earth, he is also saying that people can now be free from the oppression of the church. He ends the speech by claiming that these new ideas are the beginning of a new era. These radical new ideas and ways of thinking bring with them a sense of hope for mankind."
Comparing the contributions made by Galileo to the exploration of space using his telescope to the contributions made by others using modern telescopes.
2,995 words (approx. 12 pages), 12 sources, 2000, $ 88.95
Abstract A paper on the development of the telescope by GalileoGalilei. The author discusses the many theories borne from Galileo's observations of the heavens.
From the Paper "Centuries ago, a tube and two lenses were the only essentials needed to start the journey into the sky. This instrument, called a telescope, expanded the human vision and brought new light from beyond their world and beyond the already visible sky. It allowed mankind to explore the most distant places imaginable without leaving their backyard. Astronomers have studied the stars for centuries, and, with the aid of a telescope, have discovered new entities that exist in the universe. The first person to use this tool for astronomical purposes was Galileo Galilei. He was the first to turn a telescope up into the stars and make observations. His telescope was crude and not as powerful as telescopes today, but it was effective during his time. Although modern telescopes are far more powerful and extremely effective due to electronics, mirrors, and other enhancements to the design of the telescope, the observations and discoveries made by Galileo and his rudimentary telescope are just as significant as those made by telescopes today and in the future."
Abstract This paper looks at how, as Galileo first turned his telescope toward the heavens, he was drastically turning mankind away from its long-accepted view that the Aristotelian view of the heavens was correct. It examines the significance of Galileo's early astronomical observations on the Aristotelian universe by examining Aristotle's theory of the cosmos, pertinent background on Galileo, his discoveries, and the effect they had on Aristotle's universe.
Outline
Introduction
Aristotle's Universe
Galileo Leading Up to His Discoveries
Galileo's Observations and their Significance
The Moon
Jupiter
Venus
Other Important Observations
Toward a Heliocentric Model
Conclusion
From the Paper "The next object Galileo turned his attention to was the planet Jupiter. In January of 1610, he saw three small but bright stars in the area of Jupiter that changed positions with time, but never strayed far from Jupiter. After repeated observations, Galileo concluded that there are three stars in the heavens moving about Jupiter. He later discovered a fourth satellite of Jupiter and he named these moons the Medicean stars. These satellites were seen to orbit Jupiter at various distances and speeds. This was the first time that a planet other than Earth was found to have satellites orbiting it."
Abstract This paper deals with Galileo's arguments with church officials, and his attempt to reconcile his scientific findings with teachings from the bible. Emphasis is placed on Galileo's conviction that scientific truth and the biblical message are not contradictory, but can complement each other. Historical and religious figures are discussed with respect to their influence on Galileo.
From the Paper "Perhaps the most relevant and convincing argument that Galileo posed to clear up the relationship between
scientific truth and the bible was that the bible was often unclear and ambiguous (GAL 214, 206, 199), which could cause the true meaning to be misunderstood by people attempting to translate it's meaning. An example of this posed by Galileo was from the commonly known story of God stopping the sun in the sky to allow Joshua to win a battle."
This paper analyzes the philosophic premise of the individual conscience and societal values in "Galileo" by Bertolt Brecht and "A Man for All Seasons" by Robert Bolt.
1,800 words (approx. 7.2 pages), 3 sources, 2005, $ 71.95
Abstract This paper examines the characters Galileo and Sir Thomas More in these dramatic plays. The paper explains how these protagonists offer a sense of the individual conscience that must escape the limitations of human law that are imposed upon society. The paper demonstrates how in both cases, More and Galileo must contend with the severe religious domination that the Church of Rome imposed on science, as well as those placed upon marriage laws in regards to Henry VIII. The paper notes, however, that the absolutism that Galileo offers is different than More's, in that he is willing to suffer and be punished for his heresy against the Biblical foundation of science in astronomy.
From the Paper "The aim of this historical and philosophical study will be to evaluate the protagonists Galileo and Sir Thomas More in the plays "Galileo" by Bertolt Brecht and "A Man for All Seasons" by Robert Bolt. By understanding the characterizations given to these characters by these playwrights, one can evaluate the similarities and differences in their individual conscience and societal values they impart on culture. In this manner, the individual self takes precedence in historical aspects of science and politics, but the societal values conflict with this behavior throughout the evolution of plot within these dramatic formats."
Abstract This presents an overview of Galileo's birth, family life, upbringing education and cause of death. The author points out the countries in which he lived and worked. The paper examples of Galileo's contributions and most important works.
From the Paper "According to Al Van Helden online, Galileo was born in Pisa, Italy, on February ..., the first of six children. While his family belonged to the nobility, it was not rich as his father was a musician. Once he was old enough to be educated in a monastery, his parents sent him to the Camaldolese Monastery at Vallombrosa. The Camaldolese Order combined the solitary life of the hermit with the strict life of the monk. Galileo enjoyed his time at the monastery and he became a ..."
Tags: Galileop, Copernius, the Inqusition, heresy, astronomy, telescope, life and times, Catholic church, biography of Galileo
Abstract The purpose of this study is to separate some of the ideological rhetoric regarding Galileo's relationship with the Catholic Church from the historical facts. To do so, the paper examines Galileo's life as it developed and took him on a course towards an eventual trail before the Roman Inquisition. The paper touches upon his contributions to science as well.
From the Paper "In October 1992, the Pope proclaimed in veiled terms and with no clear admission of wrongdoing on the part of the Catholic Church that mistakes were made in the 1633 conviction of Galileo Galilei for heresy (Spaeth 6). Galileo was convicted, as has become part of scientific lore, for his assertion that the Earth revolved around the Sun instead of the other way around. Though Galileo was only confirming an earlier established theory by Polish-born Copernicus, Galileo's run-in with the Church has become iconic over the stretch of the almost four centuries since he was convicted."
Abstract This paper examines the discoveries of two famous men, GalileiGalileo and Charles Darwin, and compares the way in which their respective ideas were accepted in their ages of discovery. It discusses how Galileo's discovery of the telescope and subsequent proving of the solar system's existence, led him to be branded as a heretic. The paper shows how Charles Darwin's 19th Century book "On the Origin of Species" also caused him to be labeled a heretic, especially when he related his theory to the evolution of man. The paper shows how both Galileo and Darwin undermined the Catholic church and in the face of enormous obstacles, eventually led people to accept their theories.
From the Paper Galileo Galilei once said, " All truths are easy to understand once they are discovered; the point is to discover them." Contrary to his thoughts, however, all truths are not easy to understand, and some are even harder to sustain. Upon his development of the telescope in 1609 Galileo was able to present empirical evidence to prove Copernicus' heliocentric view of the solar system. Regardless of his evidence Galileo met the same fate as his precursor as his findings were cast aside and he was labeled as a heretic."
Abstract The paper explores the lives of six of the most notable philosophers: Francis Bacon, GalileoGalilei, Johannes Kepler, Rene Descartes, William Harvey and Robert Boyle. The paper discusses how the discoveries and teachings of these natural philosophers in the seventeenth century was the beginning of a scientific revolution that opened the door to the technology used today. The paper shows how by means of experimentation, observation, rational and educated calculations these men managed to discover many truths in the world in the early 1600s that are still held to be true today.
From the Paper "The early 1600s was a time of scientific research, discovery, and innovation, taking place primarily in Western Europe. This development in science spanned many years, and was responsible in it's entirety by the brilliant minds of the era. These scientists were known as natural philosophers; however the work done by many of the scientists was an early form of physics, although physicists did not exist at that time. Natural philosophy was the study of the nature and physics of the universe from a scholarly point of view to explain the causes, effects, and events that occur. The philosophers of the time focused their interests on things that they interacted with regularly, such as astrology, biology, chemistry (or alchemy), and the forces of motion. Natural philosophy was paving the way throughout this era, though it was characterized differently as time passed."
Abstract This paper examines the development of Europe's own global navigation satellite system, Galileo. It describes the cost and technology involved in the project. The author writes many industries will also benefit from the launching of the system, but perhaps the greatest benefits of the program rely in the residual effects, as the program creates more jobs, and the European economy will improve as a result of it.
Table of Contents
Purpose and Mission
Costs, Sources of Funding
Operational Data: Launch Timeline
Outlook: The Future of Galileo Agriculture and Fisheries
Science and Engineering
Transportation
Benefactors of Galileo
From the Paper "Galileo is a global navigation satellite system which has been a project supported and funded by a consortium between the European Commission and the European Space Agency. European independence is the primary factor in the development of Galileo, prior to the development of Galileo Europeans had no other option but to take positions from the satellites of foreign countries. There are a total of 15 countries working in consortium on this project either directly or indirectly."
