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    General relativity successfully geometrized a physical en... — Carmelics
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    Supports→It was natural to attempt to geometrize the whole of physics after general relativity geometrized the gravitational field.

    General relativity successfully geometrized a physical entity, namely the gravitational field.

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    If a physical entity can be geometrized, it is natural to extend that approach t...It was natural to attempt to geometrize the whole of physics after general relat...

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    Einstein successfully geometrized gravity by identifying the gravitati...90%It was natural to attempt to geometrize the whole of physics after gen...87%If a physical entity can be geometrized, it is natural to extend that ...81%In general relativity, the gravitational field is accounted for by the...81%

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    Mie’s theory of matter is akin to the traditional geometric view of matter: matter is passive and pure extension. Weyl (1921b) remarks that he adopted the standpoint of the classical pure field theory of matter in the first three editions of Weyl (1923b) because of its beauty and unity, but then gave it up. Weyl (1931a) points out in the Rouse Ball Lecture that since the theory of general relativity geometrized a physical entity, the gravitational field, it was natural to try to geometrize

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