UASP: A Unified Computational Creation Framework with Executable Solvers, Falsification Criteria and Cross-Domain Benchmarks

Abstract

UASP, Unified Alternative Surface Physics, is a unified computational creation framework spanning geometry, inertia, gravitation, astronomy, eclipses and occultations, atmospheric physics, tides, electromagnetism, mechanics, radiation transport, isotope chronology, population biology, and physical history. The framework separates ontology, derivation, calibration, empirical validation, and differentiating power. Its declared computational domain contains 19 question classes across 17 execution-closed sectors. The current executable package contains 132 numerical and logical test vectors plus 4 structural tests, with 136 PASS, 0 HOLD, and 0 FAIL. This public technical overview presents the architecture of the framework, selected reproducible calculations, a 687-event astronomical benchmark, a symmetric description-cost comparison, falsification criteria, an explicitly frozen differentiating prediction, and the current empirical status of the principal sectors. The document is a public technical overview, not the complete executable canon. The full internal specification contains additional solvers, test vectors, implementation detail, provenance controls, and release-gate machinery. Claims in this overview are limited to the scope and evidence classes stated in the document. DOI: 10.5281/zenodo.22161131