The University of Western Ontario Series in Philosophy of Science, Band 55

acceleration Albert Einstein argument background beliefs body Cambridge causal set centripetal forces claim classical concepts conclusion Copernican covariance deduction discovery dynamical Einstein electrodynamics eliminative induction Eliminative Principle empirical everyday evidence example experience experimental fact field equations formulation gravitation theory gravitational field Huygens hypotheses inertial inference inverse-square Keplerian motion kinematical logical Lorentz manifold mathematical matter measurement Mechanical Philosophy method metric Motu nature Newton Newtonian Norton observation orbit paper phenomena physics planets possible Principia principle of equivalence principle of relativity prism problem propositions quantum gravity quantum mechanics question radically new ideas rays reasoning refraction refrangibility Regge calculus regularly new ideas relativistic relevant role Scholium scientific simplicial complex space spacetime special relativity specific Stachel stress-energy tensor structure tensor theoretical theory of gravitation theory of relativity tion topological space universal gravitation universe of theories University Press velocity μν