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The Evolution of Physics: The Growth of Ideas From Early Concepts to Relativity and Quanta, by Albert Einstein, Leopold Infeld
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With remarkable clarity and simplicity Einstein and his collaborator trace the ideas behind Relativity.
- Sales Rank: #3206320 in Books
- Published on: 1967
- Binding: Paperback
- 302 pages
Most helpful customer reviews
4 of 4 people found the following review helpful.
A SUMMARY OF THE "ETERNAL STRUGGLE OF THE HUMAN MIND FOR LAWS GOVERNING PHYSICAL PHENOMENA"
By Steven H Propp
Other books that Einstein wrote that address relativity are The Meaning of Relativity, The Principle of Relativity, Sidelights on Relativity, and Relativity: The Special and the General Theory.
The authors wrote in the Preface to this 1938 book, "For what purpose has this book been written? Who is the imaginary reader for whom it is meant?... We have not written a textbook of physics... Our intention was rather to sketch in broad outline the attempts of the human mind to find a connection between the world of ideas and the world of phenomena... This book is a simple chat between you and us... our aim will be accomplished if these pages give you some idea of the eternal struggle of the inventive human mind for a fuller understanding of the laws governing physical phenomena."
They explain, "One edge of the rainbow is always read and the other violet. Between them all other colors are arranged. Here is Newton's explanation of this phenomenon: Every color is already present in white light. They all traverse interplanetary space and the atmosphere in unison and give the effect of white light. White light is, so to speak, a mixture of corpuscles of different kinds, belonging to different colors. In the case of Newton's experiment the prism separates them in space... refraction is due to forces acting on the particles of light and originating from particles of glass." (Pg. 97)
They explain the Galilean relativity principle: "If the laws of mechanics are valid in one CS [co-ordinate system], then they are valid in any other CS moving uniformly relative to the first." (Pg. 158) They add, "The velocity of light is always the same in all CS independent of whether or not the emitting source moves, or how it moves." (Pg. 169) They note that "In classical physics, we had one clock, one time flow, for all observers in all CS. Time, and such words as 'simultaneously,' 'sooner,' 'later,' had an absolute meaning independent of any CS... the relativity theory [forces] us to give up this view... Our task is to understand ... the meaning of the sentence: 'Two events which are simultaneous in one CS, may not be simultaneous in another CS.'" (Pg. 179)
However, they clarify, "This more general theory does not contradict the classical transformation and classical mechanics. On the contrary, we regain the old concepts as a limiting case when the velocities are small. From the point of view of the new theory it is clear in which cases classical physics is valid and wherein its limitations lie. It would be just as ridiculous to apply the theory of relativity to the motion of cars, ships, and trains as to use a calculating machine where a multiplication table would be sufficient." (Pg. 192)
They observe, "A beam of light will bend in a gravitational field exactly as a body would if thrown horizontally with a velocity equal to that of light... The gravitational field of the earth is, of course, too weak for the bending of light rays in it to be proved directly, by experiment. But the famous experiments performed during the solar eclipses show, conclusively though indirectly, the influence of a gravitational field on the path of a light ray." (Pg. 221)
They summarize: "We have two realities: matter and field... we cannot at present imagine the whole of physics built upon the concept of matter as the physics of the early nineteenth century did... From the relativity theory we know that matter represents vast stores of energy and that energy represents matter. We cannot, in this way, distinguish qualitatively between matter and field... By far the greatest part of energy is concentrated in matter; but the field surrounding the particle also represents energy, though in an incomparably smaller quantity... There is no sense in regarding matter and field as two qualities quite different from each other... Could we not reject the concept of matter and build a pure field physics?... There would be no place, in our new physics, for both field and matter, field being the only reality... But we have not so far succeeded in fulfilling this program convincingly and consistently... At present we must still assume ... two realities: field and matter." (Pg. 241-243)
Certainly not the best “history of physics” out there; but it is a thought-provoking exploration of the ideas that lead to modern physics.
0 of 0 people found the following review helpful.
A SUMMARY OF THE "ETERNAL STRUGGLE OF THE HUMAN MIND FOR LAWS GOVERNING PHYSICAL PHENOMENA"
By Steven H Propp
Other books that Einstein wrote that address relativity are The Meaning of Relativity, The Principle of Relativity, Sidelights on Relativity, and Relativity: The Special and the General Theory.
The authors wrote in the Preface to this 1938 book, "For what purpose has this book been written? Who is the imaginary reader for whom it is meant?... We have not written a textbook of physics... Our intention was rather to sketch in broad outline the attempts of the human mind to find a connection between the world of ideas and the world of phenomena... This book is a simple chat between you and us... our aim will be accomplished if these pages give you some idea of the eternal struggle of the inventive human mind for a fuller understanding of the laws governing physical phenomena."
They explain, "One edge of the rainbow is always read and the other violet. Between them all other colors are arranged. Here is Newton's explanation of this phenomenon: Every color is already present in white light. They all traverse interplanetary space and the atmosphere in unison and give the effect of white light. White light is, so to speak, a mixture of corpuscles of different kinds, belonging to different colors. In the case of Newton's experiment the prism separates them in space... refraction is due to forces acting on the particles of light and originating from particles of glass." (Pg. 97)
They explain the Galilean relativity principle: "If the laws of mechanics are valid in one CS [co-ordinate system], then they are valid in any other CS moving uniformly relative to the first." (Pg. 158) They add, "The velocity of light is always the same in all CS independent of whether or not the emitting source moves, or how it moves." (Pg. 169) They note that "In classical physics, we had one clock, one time flow, for all observers in all CS. Time, and such words as 'simultaneously,' 'sooner,' 'later,' had an absolute meaning independent of any CS... the relativity theory [forces] us to give up this view... Our task is to understand ... the meaning of the sentence: 'Two events which are simultaneous in one CS, may not be simultaneous in another CS.'" (Pg. 179)
However, they clarify, "This more general theory does not contradict the classical transformation and classical mechanics. On the contrary, we regain the old concepts as a limiting case when the velocities are small. From the point of view of the new theory it is clear in which cases classical physics is valid and wherein its limitations lie. It would be just as ridiculous to apply the theory of relativity to the motion of cars, ships, and trains as to use a calculating machine where a multiplication table would be sufficient." (Pg. 192)
They observe, "A beam of light will bend in a gravitational field exactly as a body would if thrown horizontally with a velocity equal to that of light... The gravitational field of the earth is, of course, too weak for the bending of light rays in it to be proved directly, by experiment. But the famous experiments performed during the solar eclipses show, conclusively though indirectly, the influence of a gravitational field on the path of a light ray." (Pg. 221)
They summarize: "We have two realities: matter and field... we cannot at present imagine the whole of physics built upon the concept of matter as the physics of the early nineteenth century did... From the relativity theory we know that matter represents vast stores of energy and that energy represents matter. We cannot, in this way, distinguish qualitatively between matter and field... By far the greatest part of energy is concentrated in matter; but the field surrounding the particle also represents energy, though in an incomparably smaller quantity... There is no sense in regarding matter and field as two qualities quite different from each other... Could we not reject the concept of matter and build a pure field physics?... There would be no place, in our new physics, for both field and matter, field being the only reality... But we have not so far succeeded in fulfilling this program convincingly and consistently... At present we must still assume ... two realities: field and matter." (Pg. 241-243)
Certainly not the best “history of physics” out there; but it is a thought-provoking exploration of the ideas that lead to modern physics.
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