The History Makers biography of Isaac Newton narrates events from this mathematicians personal life while providing key details about the scientists and theories he studied and the trials of his world. Analysis of his personal and intellectual journey is evidenced by Newtons own words and the words of his contemporaries and predecessors. By pairing the story of his life to explanations of mathematical and scientific theory, readers make connections between the legendary man and his work
Isaac Newton was always a loner, preferring to spend his time contemplating the mysteries of the universe.
In 1665, when an epidemic of the plague forced Cambridge University to close, Isaac Newton, then a young, undistinguished scholar, returned to his childhood home in rural England.
Presents a brief biography of Isaac Newton, providing information on his childhood, his education, and his achievements in science.
In this original, sweeping, and intimate biography, Gleick moves between a comprehensive historical portrait and a dramatic focus on Newton's significant letters and unpublished notebooks to illuminate the real importance of his work.
A biography of the famous seventeenth-century English physicist, Sir Isaac Newton, who formulated the laws of gravity, force, and motion.
Richard S. Westfall. in which he expressed the work, with a somewhat enlarged set of the orbital propositions that had formed the heart of the preceding De motu. So far, the exposition had dealt with the abstract problem of bodies in ...
First published in 1962, this volume collects together some of Newton's most important scientific papers.
Presents a biography of Isaac Newton, a celebrated genius of his time who invented calculus and gave a scientific explanation of gravity, but also tried to destroy other scientists who questioned his work.
Destined to become the standard biography of Isaac Newton, this meticulously detailed work centers on his scientific career, but also deals with every facet of his life.
Presents Newton's investigations into the nature of color and refraction and describes his theory that sunlight is made up of rays of different colors