The documentary entitled, “Newton’s Dark Secrets,” was an educational venue. It brought me into the detailed life of Sir Issac Newton, himself. The ideal description that I could use to lable Newton, is that he is the secludded type. One who sits in there room for hours doing nothing more than discovering new ideas. When he was at Trinity Univrsity, one of the Ivy League schools of his day, he found himself not being able to have a social life. His comrads thought of putting pleasure before studies, and he thought that wasting ones time would be foolish. At one point during his college career, he moved in with one of the very few people that he could call a friend. They both shared similar morals when it came to studying.
One of Newton’s rivals, Robert Hooke, always had reason to refute his studies. He agreed with some of his findings, but only because he argued that he had discoverd some of the facts first. Some of Newtons reasonings were not always correct. For example, he argued against D’carte that things can only be proven if they can be tested i a lab. D’carte had said that he invisioned the universe as a giant machine, such as a clock, wereas parts were organized in order to work together.
Newton had taken his idea and became determined to explain the theories of the universe himself. It had been thought that the entire universe had revolved around the Earth itself. He argued that the other planets didn’t orbit the Earth, but rather they and the Earth itself orbitted the sun. The commonly known story of Sir Issac Newton and the falling apple was what led him to develop Calculus. This was known as the study of how things changed, or the rate of change. With this newly found version of math, Newton could calculate the way the planets moved.
When the apple had fallen from the tree, it struck Newton that the same force pulling the apple down was the same force that controlled the universal rotation of planets. By having this information, he discovered that the planets not only revolved around the sun, but they didn’t rotate in a circular motion. Their path was eliptical. The distance from the object, he stated, affected the strenght of the gravitaional pull. For example, if the planet was twice as far away from the sun, then the gravitaional force would have one-fourth the original strength.
After most of his findings, they were refuted and he vowed never to publish scientific works again. That is when he shifted to alchemy. Before he died, he had published two remarkable novels known as “The Principia Mathematica” and “Optics.” He died at the age of eighty-four.