QIW--EC Six Predictions Protocol v1.0

This document registers and freezes six forward-looking predictions of the Quantum Intrinsic Wormhole–Einstein–Cartan (QIW–EC) framework for the period from 6 August 2026 to 6 August 2056. QIW–EC treats smooth spacetime, Einstein–Cartan geometry, general relativity, quantum field theory, and ordinary quantum mechanics as infrared effective descriptions of a fundamentally discrete, pre-geometric causal network with intrinsic wormhole adjacency, phase transport, and matter-defect sectors. Four predictions concern future observations and experiments: DESI and independent cosmological probes will confirm that dark-energy density is not exactly constant. The HL-LHC and, if constructed, the FCC will not discover supersymmetric partner particles within their achieved experimental domains. Precision and high-energy measurements at the HL-LHC and FCC will reveal that the observed 125 GeV Higgs-like state is not a fundamental point particle, but possesses collective, composite, or internal structure. Hyper-Kamiokande will not observe proton decay, and its principal searches will remain compatible with background. Two additional predictions concern the future closure of competing quantum-gravity programmes: String theory will not produce a single explicit, fully controlled vacuum construction that simultaneously reproduces the observed particle spectrum, parameters, cosmology, and small positive vacuum energy of our universe. Loop quantum gravity will not achieve a unique, anomaly-free, calculable closure of its Hamiltonian constraint with the correct general-relativistic and local quantum-field-theory limits. The protocol defines explicit criteria for support, contradiction, undecided status, and facility non-testability. It distinguishes discovery-level falsifiers from operational null-result forecasts and prohibits retrospective modification of the frozen v1.0 commitments. This document is a dated prediction registry, not a derivation of the six predictions. It does not claim that experimental null results prove mathematical impossibility, nor that success of the complete prediction package would by itself establish QIW–EC. Its purpose is to ensure transparency, auditability, and scientific accountability before the relevant experimental and theoretical programmes reach their conclusions.