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    A geometric framework that cannot accommodate the geometr... — Carmelics
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    Challenges→Klein's Erlangen program is incomplete as a foundation for all geometry

    A geometric framework that cannot accommodate the geometry underlying general relativity is incomplete

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    Einstein's general theory of relativity places Riemannian differential geometry ...Klein's Erlangen program failed to cover the differential geometry of RiemannKlein's Erlangen program is incomplete as a foundation for all geometry

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    The Helmholtz-Lie framework is incompatible with the causal and metric...85%Klein's Erlangen program is incomplete as a foundation for all geometr...79%Einstein's general theory of relativity places Riemannian differential...78%The general theory of relativity does not permit the generalization an...77%

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    Klein's group-theoretical view of geometry enjoyed much favor among mathematicians and philosophers. It achieved a major success when Minkowski (1909) showed that the gist of Einstein's special theory of relativity was the (spacetime) geometry of the Lorentz group, an essential result that Klein (1911) lived to enjoy. It implies that the recent debate on the priority of Minkowski chronogeometry over Lorentz invariance or vice-versa is utterly idle, for these are logically equivalent and thus, in

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