The theory of relativity has been hailed as one of the two most important scientific discoveries in the 20th century. This book presents a comprehensive introduction and analysis of the special theory of relativity and its logical and experimental foundations. It explains in detail the basic principles of the relativity theory, introduces all the important experiments and examines the logic in the reasoning of relativistic results and conclusions. The two fundamental postulates, the principle of relativity and the constancy of the speed of light, are extensively discussed in relation to historical and modern experimental findings. The interpretations of all important experimental results in the history of special relativity and the derivations of key theoretical results in special relativity are scrutinized for their logical consistency, uniqueness to special relativity, and simplicity in explanation compared with competing theories. The ten chapters of this book cover 1) the two postulates, their experimental evidence and logical foundation; 2) the Michelson-Morley experiment and all other important experiments on the speed of light and the medium of light including stellar aberration, the Fizeau experiment, Trouton experiment, Trouton-Noble experiment, Sagnac experiment, Kennedy-Thorndike experiment, Ives-Stilwell experiment, and many modern experiments; 3) the derivation of the Lorentz transformation; 4) the variables in the Lorentz transformation and the principle of relativity; 5) time dilation, its experimental evidence and the twin paradox; 6) length contraction and length paradoxes; 7) motion mass and its derivation, relativistic momentum and experimental evidence; 8) mass-energy relation, its derivation and experimental evidence; 9) time and simultaneity; 10) test theories and experimental verification of special relativity. This book is suitable for both academics and students in science and philosophy and other readers who are interested in physics and its associated philosophical issues; space-time theories; the logical foundation of scientific discoveries; the history of science; the methodology of science, especially researchers and students in physics and the philosophy of science.
ha-Merḥav ṿeha-zeman shel ha-dod Alberṭ
本书共分十五章, 内容包括:事实与观察所见, 光速, 时钟与量尺, 狭义相对论, 爱因斯坦的引力定律, 什么是物质, 相对论的哲学意义等.
本书介绍了爱因斯坦的杰作——广义相对论,对万有引力作出了高超的数学解释。采用英汉对照的形式,并附有英语语言点和科学原理注释。
本书内容包括:狭义相对论, 广义相对论, 对整个宇宙的思考.
Generalized Møller - Wu - Lee Transformations Based on the Limiting 4 - Dimensional Symmetry Substituting ( 21.32 ) in ( 21.21 ) , one can carry out the integration and obtain the relations i = ( x + k ) sinh ( kyw * + tanh - 18 + ) + k ...
Looks in detail at the scientific quest for greater understanding of time and its complex role in the universe. Topics include how time has been measured throughout history, absolute time, relative time, and time and space.
The ethereal aether: A history of the Michelson-Morley-Miller aether-drift experiments, 1880–1930. Austin: University of Texas Press. Swerdlow, Noel Mark 2013. Galileo's mechanics of natural motion and projectiles.
Einstein's Opponents
ciencia y sociedad en la España de entreguerras Thomas F. Glick. que lo mismo resuelve los problemas del mundo interatómico que plantea las más « graves cuestiones » de la tauromaquia ; y ... hasta en la tertulia aldeana de la rebotica ...
Discusses the basic principles of relativity and uses "thought experiments" to explain concepts such as the relationship between space and time, gravitation and acceleration, and the curvature of space.