Isaac Newton Research Paper

843 Words4 Pages

Introduction Aristotle is a frequent victim of being neglected for his revolutionary thoughts, which nonetheless were falsified by the latter scientists, whilst Isaac Newton is often lauded for his effort in defining the laws of physics, in particular his laws of motions. Nevertheless, without the primitive laws of Aristotelian physics, latter scientists, including Newton would not be able to establish his theories on the ground set by him. Notwithstanding the dazzling scientific (or philosophical) innovation of Aristotle, no wonder Sir Newton's breakthroughs in science, in particular in mechanics, have influenced my way of perceiving our world, and more importantly, our universe, because of his genuine effort in quantifying, or mathematizing, …show more content…

We shall observe the birth of his brand new theory of physics by travelling first from his intangible concepts to a more tangible region, which is our cosmos, then from our cosmos, to our planet Earth. One of his philosophical ideas setting the ground for the latter scientific development is his theories regarding the inherent nature of matters, concerning the theory of potentiality, which accounts for an argument of “passage from nonbeing to being”. (Lindberg 22) As we compare this theory with other latter scientific terms, his theory has a likelihood of initiating their discoveries, including potential energy, latent heat, for their high degree of similarity in their meaning. We can thus roughly deduce that Aristotle’s idea has prepared a theoretical base for future scientific …show more content…

Take projectiles for instance, he misattributed the causes of the motion to the “nature” of the object, and the assistive force provided by the air, which was disproven by the later John Philoponus. Nonetheless, whether or not his theories are correct is not as crucial as the meaning of his work. His innovative ideas of describing our physical world by proposing concepts like “the Four Aristotelian Causes” (Lindberg 24), “violent motion” (Lindberg 30) and the inverse relation between velocity, force and resistance have marked the milestone of the development of local