What FWT Predicts
16 testable predictions
Science isn't about defending a framework from criticism. It's about building one that survives genuine attempts to break it.
1. Gravity by phase gradientsConfirmed if: A reproducible gravitational response to controlled phase changes in a resonator setup, measured with precision gravimeters and vacuum interferometry.Refuted if: Every measured force is fully explained by electromagnetic interaction, exhaust momentum or the environment.
2. Field propulsion without reaction thrustConfirmed if: Force versus power in a vacuum chamber still shows anomalous acceleration with ionic wind and magnetic interference removed.Refuted if: No residual acceleration once those controls are in place.
3. Levitation from three phase-locked resonatorsConfirmed if: Lift that scales with phase-locked drive and survives vacuum and interference tests.Refuted if: Lift vanishes when ionic wind and magnetic effects are removed.
4. Macroscopic coherent controlConfirmed if: Coherent phase control moves a larger mass beyond what established spin-mechanical physics predicts.Refuted if: Larger masses show nothing past standard spin-mechanical coupling.
5. Dark matter as vacuum coherenceConfirmed if: The model quantitatively reproduces rotation curves, lensing, cluster collisions including the Bullet Cluster, and the CMB.Refuted if: It fails any one of those.
6. One wave equation across domainsConfirmed if: The same equations predict quantum, electromagnetic and gravitational behavior with no per-domain fitting.Refuted if: Each domain needs its own fitting.
7. Strings from one wave equationConfirmed if: Quantized masses, spin, charges, gauge symmetries and gravity derived from one equation, with an experiment that separates FWT from string theory.Refuted if: The derivation can't be completed or doesn't match the string equations.
8. Reversing immune aging with acoustic resonanceConfirmed if: Low-intensity pulsed resonance restores phase coherence in bone marrow and reverses immunosenescence and inflammation.Refuted if: No effect versus controls.
9. Fusion from phase-locked RF in a toroidConfirmed if: Sustained fusion with net energy gain from the phase-locked scheme.Refuted if: No gain beyond conventional confinement.
10. Lorentz invariance holdsConfirmed if: Any predicted dispersion correction, ω2 = c2k2 + Δ(k), is zero or inside current limits from optical resonators, atomic clocks and astronomy.Refuted if: The model predicts a correction experiments already exclude.
11. Coherent localizationConfirmed if: Stable, localized solutions with a prediction that separates FWT from standard theory.Refuted if: No stable solutions, or the wrong particle properties.
12. Particle identityConfirmed if: At least one excitation reproduces the measured mass, charge, spin, statistics and interactions of a known particle.Refuted if: Perturbations grow and the excitation falls apart.
13. Mass, charge and spinConfirmed if: Correct invariant mass (E2 = p2c2 + m2c4), quantized charge, spin-one-half structure and fermionic statistics, plus one new prediction.Refuted if: Right mass with the wrong charge, or circulation without spinor structure.
14. Born rule from resonanceConfirmed if: The model derives the Born rule, Schrodinger evolution and Bell violations with no signaling, plus measurable nonlinear corrections in interference experiments.Refuted if: The derivation fails, or the predicted corrections are excluded.
15. Emergent gravityConfirmed if: The Newtonian limit, universal free fall, time dilation, light deflection and tensor gravitational waves, plus higher-order corrections to the effective metric.Refuted if: Any of those fail, or the corrections are excluded.
16. Emergent Lorentz symmetry and causalityConfirmed if: One shared light cone, the right dispersion for massless and massive excitations, and no preferred-frame effects beyond current limits.Refuted if: A preferred frame or a broken light cone shows up in the model.