Abstract This paper describes how IsaacNewton revolutionized modern science with his laws and theories. The paper maintains that Newton was a maverick in his way of thinking and discusses how revolutionized science with his laws of motion and gravity as well as his invention of calculus. The paper believes that Newton represents modern science as we know it.
Outline:
Newton Revolutionized Science at Cambridge
Newton's Background and Predecessors Empowered Him
Newton's Laws of Motion Rock the Science World
Newton's Influence Extends Beyond Laws of Motion
Newton Represents Modern Science As We Know It.
From the Paper "Isaac Newton is considered one of the most ingenious minds of the twentieth century. He is most remembered for his contributions to the mathematic and scientific arenas, where his work was most influential. Newton was primarily a physicist but he was also a mathematician, an astronomer, a philosopher, and a theologian. His greatest achievement is his laws of motion, a theory that changed physics forever. While looking at Newton's achievements, it is easy to fall into the trap of reading the words on the paper. What we should never forget is how he revolutionized modern science with his laws and theories. He was a real maverick. His studious background paved the way to a greater understanding of nature and her mysteries."
This paper discusses the life and works of one of the most instrumental contributors to mathematical and scientific theory in the last few centuries, Sir IsaacNewton.
Abstract This paper explains that Sir IsaacNewton advanced a whole new system of mathematics, including systems of physics and calculus, which were revolutionary during his time and continued to be
observed long after his death. The author points out that one of Newton's most significant contributions is his basic laws of motion often call Newton's Laws. The paper relates IsaacNewton would never have described himself as a 'scientist' because the word was not coined until more than a century after his death; he was a reclusive Hebrew scholar and Classicist who wrote more about alchemy and theology than the natural world, and his posthumous reputation is riddled with contradictions.
Table of Contents
Introduction
Life of Mathematician
Significant Contributions
Comparison to Present System
Conclusion
From the Paper "Newton's laws of motion can generally be described through example and demonstration and represent a continuation of thought and inquiry into questions of physics. For example, many scientists before Newton could think of explanations for the continuation of movement of a given object due to force and velocity, but could not demonstrate it in a scientific way in the same way that Newton could with his laws of
motion. Using force and velocity, Newton made important mathematical relations that showed up in real world examples. For example, if someone was riding on a horse, they were going the same speed as the horse, then their velocity remained constant, but if something changed their velocity, it would differ from the velocity of the horse, and they
may change velocity in direction of proportionate force. Newton also contributed the commonly repeated maxim that each and every force (action) has an equal and opposite force (reaction). This is a very significant contribution because it represents a basic precept of modern physics."
Abstract This paper explains that Sir IsaacNewton's vast scientific accomplishments and his philosophical views are essentially inseparable. Newton rests the entire foundation of his scientific discoveries on the existence of a moral order in the universe, which he believed was tempered and led by an omnipotent and omniscient force. The author points out that one of Newton's more curious philosophical efforts was to extract scientific information about the universe from the Bible. The paper discusses Newton's conception of the moral hierarchy.
From the Paper "Newton viewed God as the masterful creator of the universe. In the face of the grandeur of all creation, he argued, how is it even possible that man could begin to deny God's existence? God enabled Newton to justify his natural philosophy, thus blurring the line that has traditionally separated science from religion. In explaining his view of astronomy, Newton asserted that it was necessary that there be a force behind it all to make it work."
Tags: astronomy creator leibniz millenarians, moral order
Abstract This paper begins by providing a brief biographical overview of IsaacNewton, from his birth in England in 1642 to his groundbreaking scientific theories and discoveries. The paper covers Newton's scientific achievements, starting with the fact that he established a unified theory of approach to modern science. It discusses his discoveries relating to the white light, the telescope and to the field of optics in general. The paper also covers Newton's mathematical achievements in the form of calculus and his most famous discovery of all - gravity.
From the Paper "Newton's discoveries in optics were offset by his even more groundbreaking discoveries in pure mathematics and the science of mechanics. One of the most important modern mathematical tools "The Integral Calculus" was the brainchild of Newton. It need not be mentioned that without this mathematical tool the progress that the scientific community achieved in many disciplines would have been significantly delayed. However Newton's discoveries in the field of mechanics outweigh all his other accomplishments. Though Galileo had already discovered the first law of motion his theory was based on the movement of objects without any external influence or attraction between them. Newton's three laws of motion explained the hitherto inexplicable behavior of all physical bodies in motion. Still more astounding was Newton's discovery of gravity. All these four laws put together explained the mechanical motion of all earthly and heavenly bodies. Newton not only proposed these laws but also ratified them by using the integral calculus."
Abstract This essay provides a brief background on IsaacNewton, the man and the scientist. The main focus of the paper is Newton's three laws of motion. 1)Law of Inertia; 2)Law of Acceleration; and 3)Law of Interaction. The paper explains what each law is, how it applies to the behavior of motion and what its significance is to the world of physics. Through these three laws, Newton was able to prove the nature of objects in the universe, and how they interact with each other.
From the Paper "The First Law of Motion is stated as follows: "An object at rest tends to stay at rest and an object in motion tends to stay in motion with the same speed and in the same direction unless acted upon by an unbalanced force" (Physics Classroom 2003). The first law is also called the Law of Inertia, and explains the concept of inertia, which is an object at rest. The first law explains that, in properly defining inertia, "the tendency of an object to persist in its state of rest or uniform motion in a straight line is called inertia" (Navaza 1996 110). Theoretically, the first law of motion is just a restatement of Galileo Galilei's analysis about the nature and behavior of motion."
Abstract This paper presents a brief biography of IsaacNewton. The paper begins with his family history from his early days in England to his student days at Cambridge. The paper then explores Newton and his various fields of interest: Optics; Astronomy; and the Laws of Mechanical Motion. The writer believes that Newton laid the foundation and standardized the scientific approach, which revolutionized the whole mode of human life.
From the Paper "Of all these laws Newton's most famous is the law of universal gravitation, which explained that every object in the universe exerts an attractive force (gravitation force) on every other object. Thus Newton's laws of mechanical motion in effect created a new perception in our understanding of the universe and the interrelation between the different heavenly bodies. Ernst Mach an eminent scientist had this to say about Newton's law of mechanics, ?All that has been accomplished in mathematics since his day has been a deductive, formal, and mathematical development of mechanics on the basis of Newton's laws.? [Michael .H. Hart, 44]. All these laws were published in his famed work "principia" (Mathematical Principles of Natural Philosophy?) in 1687."
Abstract This paper explains IsaacNewton's stature as the central figure in the cultural phenomena of Newtonianism. The author points out that it is evident that Newton's role in popular culture has been defined primarily through the greater but often superficial popular understanding of science, which his contributions to science generated in the public consciousness. The paper relates that, for example, while the primary thrust of Newton's published theory of matter has always been reasonably understood, a number of misinterpretations and distortions have arisen, which have had both scientific and cultural consequences.
From the Paper "In analyzing Isaac Newton's stature as the central figure in the cultural phenomena of Newtonianism, it is evident that Newton's role in popular culture has been defined primarily through the greater but often superficial popular understanding of science that his contributions to science generated in the public consciousness. For example, while the, "primary thrust of Newton's published theory of matter has always been reasonably understood," a number of "misinterpretations and distortions" have arisen, (Dobbs 2) which have had both scientific and cultural consequences."
Abstract The paper discusses how Sir IsaacNewton was one of the greatest mathematicians and physicists of all times with achievements in other domains such as alchemy, chemistry and even religion or philosophy. The paper looks at Newton's work "Optiks," a study which best emphasizes his work on light and color, and his work "The Principia" that explains Newton's three laws and his definition of gravity.
From the Paper "Sir Isaac Newton is one of the greatest mathematicians and physicists of all times; usually presented by the historical documents of science as the academician who discovered the Law of Gravity, Newton also had great achievements in domains such as optics, mathematics, mechanics, alchemy, chemistry and even religion or philosophy. He was born in 1642 at Woolsthorpe, near Grantham in Lincolnshire, where he started his education. In 1661 he became a student of the Cambridge University and in 1667 a Fellow of the Trinity College, when he discovered his passion for mathematics. He later on became a professor of the university, this period of his life being mainly dedicated to studying mathematics, physics and alchemy. Moreover, he made his first public scientific achievement, the invention, design and construction of a reflecting telescope and he also wrote "Principia", a study of mathematical principles applied on natural philosophy, which was only published in 1687 ."
This paper is a review of "The Life of IsaacNewton" by Richard Westfall, a detailed portrait of the English mathematician, physical scientist, and theologian.
1,565 words (approx. 6.3 pages), 2 sources, 2002, $ 51.95
Abstract This paper describes the book, "Life of IsaacNewton" by Richard Westfall, which tells chronologically the life of a solitary scholar, Trinity College professor, government administrator and elder statesman of the English scientific community by showing his accomplishments and human weakness. This paper tells the story of the "apple" and points out that Newton may have gotten the idea when he was young but it took many years for him to develop his theories.
From the Paper "For a number of years, Newton did not publish anything and seemed to immerse himself in the study of chemistry and its "occultist" neighbor, alchemy. Avoiding the more mystical areas of the science, there is no doubt he was searching for both knowledge as well as gold . Newton also was delving into some dangerous theological areas, doubting the existence of the Trinity and attributing it to a corruption of the true earlier Christian religion. Despite holding these beliefs until his death, he successfully kept them a secret, and even managed to be appointed to the Lucasian chair of Trinity College without having to take the usual step of taking on the holy orders. He kept his then-heretical religious beliefs a secret until his deathbed, when he refused to take his final communion "
Abstract This paper discusses the life and work of IsaacNewton and how his laws and discoveries have ensured that his name is imprinted in the history of science. The author illustrates how Newton is not only one of the greatest scientists but also one of the most influential scientific personalities.
From the Paper "Isaac Newton was the greatest and the most influential scientist of all times. Born in Woolsthrope, England on a Christmas day in 1642 Newton was a bright child with an incredible mechanical aptitude. Newton entered the Cambridge University when he was eighteen years of age and soon he mastered the science and mathematical concepts of his time and went on to continue his independent research. It was during this period that Newton laid the foundation for the subsequent discoveries that were to revolutionize the scientific world. Newton was conferred the honorable Fellow of Royal Society of London in 1671."
Abstract This paper outlines Sir IsaacNewton's background and his achievements in alchemy, chemistry, theology, physics and mathematics as well as the crowning achievement of his work "Principia". The paper posits that Newton's greatest legacy is that scientists and mathematicians work with his laws and theories everyday.
From the Paper "Although his father died three months before Isaac was born and his mother wanted him home to farm and manage her estate, his uncle, William Ayscough, convinced his mother that Isaac would do much better as a scholar, so he sent Isaac to the Free Grammar School in Grantham in 1660 (Westfall 55). It was at this introduction to education that Isaac showed a potential passion for learning. Having met with the headmaster of the school, Isaac was able to convince his mother to send him to a university where he could continue his education (Hall 7). Ironically born in the same year that Galileo died, Newton would go on to distinguish himself as one of the most influential scientist to ever live having laid the foundations for future work in mathematics, optics, and physics."
Abstract The paper provides a detailed biography of IsaacNewton, including his major accomplishments and their impact on society. The paper discusses how he revolutionized science, physics and celestial mechanics. The paper relates that he has proved to be one of the greatest scientists of all times.
From the Paper "Isaac Newton is recorded as being born on Christmas day in the year of 1642, though with our current Gregorian calendar, which was not adopted in England until 1752, his birthday would be January 4th of 1643. Newton was born in Lincolnshire at the Hamlet of Woolsthorpe, a manor house near Grantham. Newton was born prematurely and therefore was a small child. Newton was named after his father, Isaac Newton. Newton's father, an ill-educated farmer who owned property (which made him wealthy) but could not sign his own name, was a sickly man. He died three months before his son was born, in October 1642."
Abstract This paper helps to explain and justify the creation of calculus. IsaacNewton helped to solve some of the most perplexing problems the world has imagined, and the method he used in doing so is still used for the same purpose today. Newton's creation of calculus and ideas of using it to prove the universal laws of nature made human reason the most powerful method of thought and most definite route to seeking the truth.
From the Paper ?In mathematics, a certain surprising thing happens again and again. Someone poses a simple question, a question so simple that it seems no useful result can come from answering it. And yet it turns out that the answer opens the door to all kinds of interesting developments, and gives great power to the person who understands it.? (Saywer 3) This quote from a prestigious professor of mathematics parallels the story of Isaac Newton and his development of calculus. Isaac Newton helped to solve some of the most perplexing problems the world has imagined, and the method he used in doing so is still used for the same purpose today. There is a popular myth that Newton was sitting under a tree when an apple fell from it, and he asked himself what force could pull the apple to the Earth. Whether this story is true or not is uncertain, but the image is clear of Newton getting hit on the head with the apple of epiphany. He used calculus to prove that gravity pulled objects to Earth and held the planets together, and also to prove his world-renowned three laws of motion. By forming this revolutionary method of problem solving, Newton not only paved the way for new roads in mathematics but also changed the way that people thought and sought out answers. Newton's creation of calculus and ideas of using it to prove the universal laws of nature made human reason the most powerful method of thought and most definite route to seeking the truth.
Abstract This paper examines and analyzes why the scientific work of Sir IsaacNewton during the Age of the Enlightenment had implications for humanity far beyond science. Sources such as the book, "In Quest of The Universe" by Karl F. Kuhn are used to support the theme of the paper.
