All publications and preprints from the Ashebo Method framework, from foundational theory to observational evidence. Download any paper directly.
Physical mechanism for the Yang–Mills mass gap from gluon condensate vacuum strain. Includes effective potential figures, confinement via flux tubes, consistency checks against lattice data (SU(2)–SU(12)), and three novel predictions. Both parameters derived from QCD — zero free parameters.
Unifies the Yang-Mills mass gap (Clay Millennium Problem) and the origin of Newton's G. Zero free parameters. G predicted to 0.064%.
Complete mathematical framework unifying quantum mechanics and gravity through retrocausal dynamics. Full Lagrangian formulation with observational evidence from 10,847 galaxies.
Comprehensive guide tying together all papers. Standardized notation, cross-reference map, complete parameter table, and scale hierarchy diagram.
Foundational work revealing particles as Resonance Valley geometries in two scalar fields: the Compression Field and Energy-Release Field.
Gravity emerges from baryon asymmetry A(t) and restoration rate R(t). Predicts Lorentz symmetry as effective with testable residual violations.
Cosmic evolution through feedback loops between compression and energy-release fields. Tidal forces as wake effects, emergent spacetime curvature.
Complete mathematical formalization with Lorentz-invariant Lagrangian density. Recovers Newtonian inverse-square law in static limit.
Coupling the compression field to quantum vacuum energy through the Casimir effect. Predicts matter creation from vacuum energy gradients.
Analysis of 4,572 galaxies across four clusters. All show velocity anisotropy (p < 0.0001) with mean σ_rad/σ_tan = 1.50, consistent with field-mediated gravity.
Mathematician-friendly technical note outlining the mechanism, conjectural statement, and constructive field theory connections.