Weyl's own 1918 unified field theory failed precisely because the electromagnetic-gravitational analogy broke down under physical scrutiny, as Einstein's clock objection demonstrated.

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Albert Einstein(as the scientist who identified a flaw in Weyl's theory): A German-born physicist (1879-1955) famous for developing the theory of relativity, which explains gravity and the nature of space and time.
Einstein's clock objection(as the specific criticism that disproved Weyl's approach): Einstein's argument that Weyl's theory had a mathematical problem: if the theory were true, clocks moving through space would change their tick rates in ways that don't match what we observe in reality.
Electromagnetic-gravitational analogy(as the broken comparison in Weyl's theory): The idea that electricity and magnetism work in similar ways to gravity, suggesting they might be explained by the same underlying principles.
Hermann Weyl(history of philosophy): A 20th-century mathematician and philosopher who thought deeply about how we measure things and what measurement means in physics.
Unified field theory(Program pursued by Einstein, Weyl, and others after 1915): A theory based on a generalized differential geometry that describes both gravity and electromagnetism as properties of spacetime geometry, thereby providing a common geometric origin for both long-range force fields.

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