Local Constitutive Equivalence Between COCM and the VFT Optical Sector

This technical note establishes a local constitutive equivalence between the infrared deformation sector of COCM and the optical deformation sector of VFT. Taking as its starting point the open constitutive question identified in Dziabura (2026) — the microscopic origin of the VFT optical control parameter β_opt — we show that there exists a unique radius r* at which the COCM gradient invariant J maps constitutively to β_opt, at fixed orbital phase and in the subcritical domain J < 1/4. The equivalence fails globally due to inequivalent radial profiles and symmetry-breaking classes. As a corollary, once J is fixed microscopically by Bridge 3, the identification of β_opt requires no free parameters.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-16
DOI
https://doi.org/10.5281/zenodo.20244500
Primary Topic
Nonlinear Photonic Systems
Type
article
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article

Local Constitutive Equivalence Between COCM and the VFT Optical Sector

Vázquez González José Luis
Zenodo (CERN European Organization for Nuclear Research)
Nonlinear Photonic Systems
article

Local Constitutive Equivalence Between COCM and the VFT Optical Sector

Vázquez González José Luis
article en

Abstract

This technical note establishes a local constitutive equivalence between the infrared deformation sector of COCM and the optical deformation sector of VFT. Taking as its starting point the open constitutive question identified in Dziabura (2026) — the microscopic origin of the VFT optical control parameter β_opt — we show that there exists a unique radius r* at which the COCM gradient invariant J maps constitutively to β_opt, at fixed orbital phase and in the subcritical domain J < 1/4. The equivalence fails globally due to inequivalent radial profiles and symmetry-breaking classes. As a corollary, once J is fixed microscopically by Bridge 3, the identification of β_opt requires no free parameters.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 4%
Nonlinear Photonic Systems
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