Galileo and Newton

Galileo believes that the material world has its limits. He said that all material things have "this or its shape" and are smaller or larger than the others. He also stated that physical objects are moving or stationary, regardless of whether they are in contact with other objects, and are either one or many. The core attribute of the physical world is mathematical and has been strengthened through experiments. When describing the world of matter, Galileo excludes taste, aroma, color, and other attributes.

Sir Hawking was born before he was born. Hello! chaos? Yes, some people call it "the soul of God" from Copernicus to Galileo, from Galileo to Newton, from Newton to Einstein, from Einstein to Hawking. The same soul continues to progress for centuries, unraveling the mystery beyond the ability of ordinary people. So, if it starts with God and God has not begun, yes, "Time has not begun" Steven Hawking was diagnosed as amyotrophic lateral sclerosis (ALS) at 21 years of age A neurological doctor insists that his life will not exceed two years. He is very scared. He is closed. He lost his voice and was jealous. He was very numb and naturally thrown into the dark. But he must live and illuminate the world. How can "God soul" leave him so soon?

The two core figures of modern times were Galileo Galilei and Isaac Newton. His dynamics, in particular the last statement of Galileo about the falling body, is his two new science (1638). Newton's 1687 Philosophia Naturalis Principia Mathematica provides a detailed mathematical mathematical description that uses the newly developed calculus mathematics and provides the basis for Newtonian dynamics. Newton's Principia is indeed a groundbreaking research and has great influence, but among them, system mathematics has not developed and can not be explained before. However, the early researcher Galileo and the lesser-known medieval predecessor of the time developed and developed many ideas on inertia (thrust) and falling objects.

The most surprising thing about me is that Galileo and Newton's equation is its accuracy. In Galileo the distance is exactly equal to the square of time multiplied by 16 and in Newton the attraction between any two objects is exactly equal to the square of the distance between them. This accuracy is common in realistic mathematical descriptions. For example, Einstein found, for example, that the energy in a pebble is the mass of a pebble multiplied by the square of the speed of light, ie E = mc 2.