Cross-Scale Geometric Recurrence in Lithic Surfaces and the Voynich Manuscript

Συγγραφείς: Davis, Kyle

Θεματικοί όροι: Lithic surface geometry, cross-scale geometric recurrence, 5:1 wavelength–amplitude ratio, λ:α scaling, stepped geometry, 4/6 phase structure, amplitude-based segmentation, 45° trigger transition, 15–25° accumulation, 28–32° redirect, crest–trough node structure, node density fields, geometric invariance, scale invariance, field-based surface analysis, observational metrology, 3D scan analysis, photogrammetry, geometric constraint systems, sequence-based morphology, structural pattern analysis, comparative lithic datasets, global site comparison, Cusco polygonal masonry, Sacsayhuamán, Petra rock-cut architecture, Angkor Wat carvings, Kailasa Temple Ellora, Longyou Caves, Aswan quarry surfaces, Malinalco structure, Mohenjo-daro surfaces, Phaistos Disc geometry, Rongo Rongo tablet analysis, Rosetta Stone surface analysis, Voynich manuscript geometry, symbol–geometry correspondence, positional role assignment, amplitude-driven patterning, crest and trough mapping, geometric classification framework, anomaly detection in stone surfaces, non-toolmark surface behaviour, multi-scale pattern continuity, cross-dataset validation, blind site testing, protocol Kyle D, lithic dataset 105 sites, wavelength comparison study, scaling relation 5:1, histogram analysis λ:α, Zenodo dataset linkage