Guarded Energy Descent in the Full-Active C3-P0 Benchmark
Year: 2026
Type: preprint
Abstract: This paper reports a controlled continuation in the full-active C3-P0 multi-domain benchmark of the General Coherence Field Theory E2+E4 functional. A hundred-stage geometry/algebra audit localized the difficult coupled structure across local-high angular modes, radial support, cubed-shell edges, and global-low couplings before qualifying an exact packed continuation route. Across fourteen production proposals, three independently persisted states were accepted. Energy decreased from 1.417291613382886 to 1.4172841248362724 while mortar, manifold, topology, interface, and repaired-S7 tail guards passed. The accepted Q_H span is 3.762656852757118e-12. This is an executed numerical result, not a stationary-solution claim: final scaled RMS is 5.623111080183452e-04, scaled Linf is 4.958882479091357e-02, and K-dual relative residual is 0.9918100403564855. P1/P2 convergence, resolution independence, canonical Route-C promotion, particle interpretation, and full-GCFT closure are explicitly withheld.
Author: Hacquier, Nicky
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7203942443
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