Isaac Newton: Isaac Newton's Optics

Newton argued that light is a particle in optical optics. But in 1803, after Thomas Young of England proved that light was a clear wave, the claim that light is a particle lost its snowfall. So Newton's first book, Jün Finqui Piatt, was thought to be a science book that should be read by science, but until the late 19th century, Newton'd a book that only scientific historians care about. But, ironicly, as soon as we entered the 20th century, Newton's theory of gravity, written in the Fabricia Piapi, was actually mispronounced by Einstein's general theory of relativity, while the claim that light particles on optical optics were also not wrong, was also proved by Einstein. Einstein used Planck's then known photonist hypothesis to solve the photovoltaic effect problem, assuming that the energy of light is proportional to the frequency of light, which was like saying that light is not a wave, but a particle. But surprisingly, the reason Newton claimed that light was a particle in optical optics 200 years ago is based on the fact that prisms have different angles that light refract according to color, and the color of light represents the frequency of light.

Korean title: 아이작 뉴턴의 광학

Korean author: 아이작 뉴턴

Korean publisher: 한국문화사

ISBN-13: 9788968176883