Why Did Galileo Take A Great Discovery

Making revolutionary discoveries that some only dreamed of Galileo did extraordinary things and pushed the limit of science.

Galileo’s Influence on Astronomy Galileo has made a vast influence on Astronomy and has molded it into what it is currently. Galileo Galilei was not only an astrologist, but a physicist, mathematician, and philosopher. Galileo received the name “The Father of Modern Science”, he gained it due to his his role in the scientific revolution. Galileo is the one who put together most of experiment theory and mathematics into a common framework which influenced the scientific method. It is widely agreed upon Galileo is the person who utmost shaped modern astronomy into what it is now.

Galileo Galilei Galileo followed his families’ footsteps by studying medicine at the University of Pisa. Later, he was inspired to study time intervals. He convinced his father to let him change his study to mathematics and natural philosophy. Galileo created many things such as the thermo scope, the hydrostatic balance, and ideas for the pendulum clock. He succeeded in experiment, theory and mathematics.

Galileo: Astromoner and Physicist is mostly about Galileo's life and work. Galileo Galilei was born in Pisa, Italy, on February 15, 1564. When he was seventeen, his father, sent him to study medicine at the University of Pisa. During his time there Galileo learned about ancient Greek theories of science and of the men whose ideas were accepted as fact by the entire educated world. The main focus was how Galileo developed the idea that science needed to be about testing, experimenting, and observing, rather than accepting logical ideas that have been passed down by ancient Greek thinkers long ago. Doak states that, "Galileo, however was not content to just blindly accept everything he was taught. He argued that these Greek thinkers worked with

To begin, since I was young I always hear Galileo’s name and every time I hear it I wonder who was that person, but I never read about him and knew who really was, until this past week when we got his message and we got assigned to read it. There were many facts and many things that are interesting that happened in his life but the fact that I wrote about is the one that caught my attention the most, to some people this fact is boring or as an uninteresting, because so what his middle finger is exhibited in a museum? I see it as an interesting fact because to have your name remembered or seen in a museum means that you did something great in your time and many people followed you and in Galileo’s case the great thing that he did is that he

Galileo was the first to challenge the assertions of Aristotle, who until that moment had been the one to make discoveries about physics. In this period he made the hydrostatic balance, which later gave rise to the grandfather clock. From the first telescope construction information, in Holland, he built the first astronomical telescope and with it, could observe the stellar composition of the Milky Way, the satellites of Jupiter, the spots of the sun and the phases of Venus. These astronomical findings were reported to the world through the book Sidereus Nuncius (Messenger of the Stars), in 1610. It was by observing the phases of Venus, Galileo went to see the foundation Copernican view (Heliocentric - The Sun as center of the universe) and

Galileo was the pioneer of the experimental scientific method and the first to use a telescope, with which he made important astronomical discoveries. Galileo learned about the invention of the telescope in Holland, and proposed an improvement of the model, with which he made a series of discoveries such as the moons of the planet Jupiter and the phases of Venus, similar to those observed on the

Galileo was a well-known scientist who discovered new information about the heavens by using a telescope.

But these findings brought forth a great deal of controversy with the scholars of the day who would not accept findings contradictory to those of the great Aristotle. Under pressure, Galileo left Pisa and made his way to Florence where he held the chair of mathematics at the University of Padua for eighteen years. He was also appointed philosopher and mathematician to the Grand Duke of Tuscany. During this period, Galileo continued his study of mechanics and dynamics as found in nature. He continued to develop new theories through experimentation such as his experiments with inclined planes. Galileo hypothesized that a moving object will continue in a straight line forever without any pushes of pulls, as long as there is no interference. And through the use of the inclined planes, Galileo showed the speed of an object increases down a slope and decreases up the slope. Thus, he reasoned that an object on a horizontal plane would continue moving forever in the absence of friction. Furthermore, Galileo anticipated the laws of motion made famous by Newton. He gave the first entirely satisfactory demonstration of the laws of equilibrium and the principle of virtual velocity in statics. In hydrostatics, he founded the principle of floatation. And he also invented a thermoscope, which attempted to measure temperature through the contraction and expansion of gas.

In summer of 1609, Galileo Galilei (1564-1642) pointed his revolutionary astronomical telescope to the heavens under the starry Venetian sky; his greatly important observations unveiled the mysteries of universe and would end up changing the course of scientific thought forever. Galileo lived in an age where there was much status quo, when scientists and philosophers would accept scientific and religious doctrine that had stood for hundreds, if not thousands, of years instead of challenging the accepted knowledge in favor of intellectual progress. Galileo’s scientific methods lead to significant discoveries explaining key scientific laws, such as the

This paper will be discussing the research of Galileo Galilei and why the church stopped him from continuing any of his research by explaining who he was, what was his research, and why the church prevented him from continuing any research in the future.

During 1564-1642 in Western and Eastern Europe, Galileo was the first to use direct observation by observation selection on natural inquiries using telescopes. He saw the world full of unanswered questions that nobody would extend their minds to answer them because they saw the world created by someone perfect than themselves. They lived by faith and that’s what their norms abided by because they had to encompass themselves around the teachings of the church; if they didn’t, then it wouldn’t content the church since it was one of the most powerful institutions. Men were blinded by ignorance and errors by higher ups with more power who wanted to hide the truth of the world believing there wasn’t much to look for since all their questions were

solar system. Also Galileo became interested in astronomy, and after he did he built the

Throughout the course of history, from era to era, mankind has been on a continuous attempt to perpetuate what they perceive as the truth; and in doing so, embark on a quest to find their true identity and place in life. One must realize that the common theme in all literature is the search for identity and belonging. Bertolt Brecht, author of "The Life of Galileo," effectively uses the developing character Galileo Galilei to portray a strong message; a message which five hundred years after the fact has still not been completely comprehended. Through Galileo's continuous battle with the Church in prevailing his work, Brecht is telling the readers that in any one man's attempt to propagate the truth, whether it

Galileo had a positive impact on the scientific revolution as he contributed to physics, astronomy, mathematics and philosophy. He has constructed his own telescope in 1609 and the telescope helped him see and be able to explain the rings of Saturn, the moons of Jupiter and the phases of Venus. He was also able to witness innumerable stars that he had never seen before. As he stated, “The Milky Way is nothing else but a mass of innumerable stars planted together in clusters.” As well, from the telescope, Galileo had proved that the moon