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  1. Coordinates and covariance: Einstein's view of space-time and the modern view. [REVIEW]John Norton - 1989 - Foundations of Physics 19 (10):1215-1263.
    Where modern formulations of relatively theory use differentiable manifolds to space-time, Einstein simply used open sets of R 4 , following the then current methods of differential geometry. This fact aids resolution of a number of outstanding puzzles concerning Einstein's use of coordinate systems and covariance principles, including the claimed physical significance of covariance principles, their connection to relativity principles, Einstein's apparent confusion of coordinate systems and frames of reference, and his failure to distinguish active and passive transformations, especially in (...)
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  • (3 other versions)Relativity: The Special and the General Theory.Albert Einstein - 2001 - Routledge.
    _Time_'s 'Man of the Century', Albert Einstein is the unquestioned founder of modern physics. His theory of relativity is the most important scientific idea of the modern era. In this short book Einstein explains, using the minimum of mathematical terms, the basic ideas and principles of the theory which has shaped the world we live in today. Unsurpassed by any subsequent books on relativity, this remains the most popular and useful exposition of Einstein's immense contribution to human knowledge.
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  • Einstein's Explanation of the Motion of Mercury's Perihelion.John Earman - 1977 - In Jeremy Butterfield & John Earman (eds.).
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  • Einstein's Struggle with General Covariance.John D. Norton - unknown
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  • The Meaning of Relativity.Albert Einstein - 1922 - London,: Routledge. Edited by Edwin P. Adams.
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  • The Meaning of Relativity.Albert Einstein - 1922 - London,: Routledge. Edited by Edwin P. Adams.
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  • How Einstein Found His Field Equations: 1912-1915.John D. Norton - unknown
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  • General covariance and the foundations of general relativity: Eight decades of dispute.John D. Norton - 1993 - Reports of Progress in Physics 56:791--861.
    iinstein oered the prin™iple of gener—l ™ov—ri—n™e —s the fund—ment—l physi™—l prin™iple of his gener—l theory of rel—tivityD —nd —s responsi˜le for extending the prin™iple of rel—tivity to —™™eler—ted motionF „his view w—s disputed —lmost immedi—tely with the ™ounterE™l—im th—t the prin™iple w—s no rel—tivity prin™iple —nd w—s physi™—lly v—™uousF „he dis—greeE ment persists tod—yF „his —rti™le reviews the development of iinstein9s thought on gener—l ™ov—ri—n™eD its rel—tion to the found—tions of gener—l rel—tivity —nd the evolution of the ™ontinuing de˜—te (...)
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  • Einstein, the Hole Argument and the Reality of Space.John D. Norton - 1982 - In John Norton (ed.).
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  • What Was Einstein's 'Fateful Prejudice'?John D. Norton - 1982 - In John Norton (ed.).
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  • The Physical Content of General Covariance.John D. Norton - 1982 - In John Norton (ed.).
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  • Out of the Labyrinth: Einstein, Hertz and Göttingen Answer to the Hole Argument.John D. Norton & Don Howard - 1982 - In John Norton (ed.).
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  • What was Einstein's Principle of Equivalence?John Norton - 1985 - Studies in History and Philosophy of Science Part A 16 (3):203.
    sn y™to˜er —nd xovem˜er IWHUD just over two ye—rs —fter the ™ompletion of his spe™i—l theory of rel—tivityD iinstein m—de the ˜re—kthrough th—t set him on the p—th to the gener—l theory of rel—tivityF ‡hile prep—ring — review —rti™le on his new spe™i—l theory of rel—tivityD he ˜e™—me ™onvin™ed th—t the key to the extension of the prin™iple of rel—tivity to —™™eler—ted motion l—y in the rem—rk—˜le —nd unexpl—ined empiri™—l ™oin™iden™e of the equ—lity of inerti—l —nd gr—vit—tion—l m—ssesF „o interpret (...)
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