Albert Einstein: Philosopher-scientist, Volume 1Paul Arthur Schilpp Written by the man considered the "Person of the Century" by Time magazine, this is not a glimpse into Einstein's personal life, but an extension and elaboration into his thinking on science. Two of the great theories of the physical world were created in the early 20th century: the theory of relativity and quantum mechanics. Einstein created the theory of relativity and was also one of the founders of quantum theory. Here, Einstein describes the failure of classical mechanics and the rise of the electromagnetic field, the theory of relativity, and of the quanta. Written in German by Einstein himself, the book is faced, page-by-page, with a translation by the noted Professor of Philosophy Paul Arthur Schilpp. |
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Page 83
... measurement each time . But what about the single measured value of q ? Did the respective individual system have this q - value even before the measurement ? To this question there is no definite answer within the framework of the ...
... measurement each time . But what about the single measured value of q ? Did the respective individual system have this q - value even before the measurement ? To this question there is no definite answer within the framework of the ...
Page 264
... measurement , we know exactly what the state of system 2 must be . It is in fact such that further repetition of the measurement would yield the same value . In other words , the measurement has converted the original state function ...
... measurement , we know exactly what the state of system 2 must be . It is in fact such that further repetition of the measurement would yield the same value . In other words , the measurement has converted the original state function ...
Page 265
... measurement converts a state into an eigenstate of the measured observable . In my opinion , as stated elsewhere , 13 this view cannot be maintained in spite of its reasonableness and its close alignment with classical physics ...
... measurement converts a state into an eigenstate of the measured observable . In my opinion , as stated elsewhere , 13 this view cannot be maintained in spite of its reasonableness and its close alignment with classical physics ...
Contents
The Scientific Work of Albert | 2 |
Presuppositions | 129 |
Einsteins Contributions to Quan | 147 |
Copyright | |
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Akademie der Wissenschaften Albert Einstein Annalen der Physik appears atomic body causal classical mechanics classical physics clock co-ordinates concepts constant continuum cosmological cosmological constant curvature deductive definition density derived Einstein's theory electromagnetic electron empirical energy equations equivalence Euclidean geometry Euclidean space existence experience expression fact formulated frame of reference fundamental given gravitational field idea inertia interpretation knowledge laws logical Lorentz mass mathematical matter means measurement ment method metric momentum motion nature nebulae Newton Newtonian object observer particle phenomena philosophical physical reality physical theory physicists Planck position possible postulates present Preussische Akademie principle problem quantum mechanics quantum theory question radiation red-shift regard rela relation Relativitätstheorie relativity of simultaneity relativity theory result scientific scientist sense simultaneity Sitzungsberichte space space-time spatial special theory statistical structure tensor theoretical physics theory of relativity tion translation universe velocity of light wave