Etheron Framework: Consolidated Falsifiable Predictions

Abstract This document presents a consolidated ledger of 98 zero-parameter, falsifiable physical predictions derived from the algebraic axioms of the Etheron framework (including Casimir integrality, Pythagorean spectrum identity, positive winding constraints, and T⁷/S₃ orbifold topology). Omitting lengthy expository derivations, this pre-publication record serves strictly as a transparent, cryptographic timestamp of the frame- work’s predictive capabilities prior to upcoming high-energy physics data releases. It spans multiple sectors, including electromagnetic couplings, charged lepton masses, CKM/PMNS matrix parameters, hadronic masses, and cosmological/BSM constraints. A comprehensive falsification roadmap is provided, establishing explicit 3σ experimental thresholds across major upcoming collaborations (including Belle II, JUNO, DUNE, Hyper-Kamiokande, and KATRIN) that would definitively falsify the framework’s structural geometry.