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    If the proper criterion for mathematical instruments is e... — Carmelics
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    Challenges→Tensor calculus is not the proper mathematical instrument for translating quantum-theoretic equations of the electron into general relativity.

    If the proper criterion for mathematical instruments is empirical adequacy rather than transformation-group universality, then any calculus yielding generally covariant Dirac equations satisfies the requirement, regardless of its affine limitations.

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    Key Terms

    Affine limitations(as used in mathematics and physics)
    Restrictions or shortcomings related to affine geometry, a type of mathematical framework for describing space and coordinates.
    Calculus(as used in mathematics and logic)
    In this context, a mathematical system or set of rules for solving problems (not just the calculus taught in high school).
    Dirac equations(as used in physics)
    Famous equations in physics (named after physicist Paul Dirac) that describe how electrons and other fundamental particles behave.
    Generally covariant(as used in physics and mathematics)
    A mathematical equation that works the same way no matter what coordinate system or reference frame you use to describe it.
    Transformation-group universality

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    (as used in physics and mathematics philosophy)
    A mathematical property where equations remain valid (look the same) when you change your coordinate system or perspective—a sign of deep mathematical elegance and unity.
    criterion(as used in philosophy to describe a test for whether an idea works)
    A standard or rule used to decide whether something counts as true or valid.
    empirical adequacy(Distinguished from full accuracy in that the degree of accuracy required depends on pragmatic considerations)
    The requirement that theories account for observations; a constraint that all legitimate research programs must satisfy

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    Proof of definition segments1 linkedTruth & Knowledge1 linked

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    Tensor calculus is not the proper mathematical instrument for translating quantu...

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