Authors: Juan Truchado Martin
By folding a sheet of paper, we prove that length contraction (special relativity) and spacetime curvature (general relativity) are the same geometric effect seen from inverted observers. In a dynamic universe, light travels the same proper distance for all observers. The radius of the observable universe (~8.8 × 10²u2076 m) coincides with the event horizon scale of the central galactic black hole (2GM ≈ 1.09 × 10²u2077 m), with a maximum Lorentz factor of 1/cu2074 (~1.23 × 10u207b³u2074)—matching the order of the Planck constant h (~6.626 × 10u207b³u2074 J·s). One coincidence could be chance. Two, across 60 orders of magnitude, are not. Mass is spherical self-interaction; time is work done by self-observation. Constants (π, G, c, e) are determined per ds with intrinsic uncertainty. Key equations treat radii and masses as critical quantized values—absent from literature. No citations. Only geometry and motion.
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