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  1. On relativity theory and openness of the future.Howard Stein - 1991 - Philosophy of Science 58 (2):147-167.
    It has been repeatedly argued, most recently by Nicholas Maxwell, that the special theory of relativity is incompatible with the view that the future is in some degree undetermined; and Maxwell contends that this is a reason to reject that theory. In the present paper, an analysis is offered of the notion of indeterminateness (or "becoming") that is uniquely appropriate to the special theory of relativity, in the light of a set of natural conditions upon such a notion; and reasons (...)
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  • Relativity and the reality of past and future events.Robert Weingard - 1972 - British Journal for the Philosophy of Science 23 (2):119-121.
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  • On Einstein--Minkowski space--time.Howard Stein - 1968 - Journal of Philosophy 65 (1):5-23.
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  • A rigorous proof of determinism derived from the special theory of relativity.C. W. Rietdijk - 1966 - Philosophy of Science 33 (4):341-344.
    A proof is given that there does not exist an event, that is not already in the past for some possible distant observer at the (our) moment that the latter is "now" for us. Such event is as "legally" past for that distant observer as is the moment five minutes ago on the sun for us (irrespective of the circumstance that the light of the sun cannot reach us in a period of five minutes). Only an extreme positivism: "that which (...)
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  • 3D/4D equivalence, the twins paradox and absolute time.Storrs McCall & E. J. Lowe - 2002 - Analysis 63 (2):114–123.
    The thesis of 3D/4D equivalence states that every three-dimensional description of the world is translatable without remainder into a four-dimensional description, and vice versa. In representing an object in 3D or in 4D terms we are giving alternative descriptions of one and the same thing, and debates over whether the ontology of the physical world is "really" 3D or 4D are pointless. The twins paradox is shown to rest, in relativistic 4D geometry, on a reversed law of triangle inequality. But (...)
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  • The clock paradox, or how to get rid of absolute time.Peter Kroes - 1983 - Philosophy of Science 50 (1):159-163.
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  • How to teach special relativity.John S. Bell - 1976 - Progress in Scientific Culture 1.
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  • The origins of the spacetime Metric: Bell’s Lorentzian Pedagogy and its significance in general relativity.Harvey R. Brown & Oliver Pooley - 1999 - In Craig Callender & Nick Huggett (eds.), Physics Meets Philosophy at the Plank Scale. Cambridge University Press. pp. 256--72.
    The purpose of this paper is to evaluate the `Lorentzian Pedagogy' defended by J.S. Bell in his essay ``How to teach special relativity'', and to explore its consistency with Einstein's thinking from 1905 to 1952. Some remarks are also made in this context on Weyl's philosophy of relativity and his 1918 gauge theory. Finally, it is argued that the Lorentzian pedagogy---which stresses the important connection between kinematics and dynamics---clarifies the role of rods and clocks in general relativity.
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