What question did this study set out to answer?

This work aims to introduce a new lensing concept with a governed-slip response dictionary for gravitational interactions.

May 14, 2026Open Access

Lensing Sector in GCV: Governed-Slip Response Dictionary, Retained Visible-Source Activation, and Falsifier Interface

Key Points

This work aims to introduce a new lensing concept with a governed-slip response dictionary for gravitational interactions.
Derived lensing response from existing growth response records.
Defined governed-slip lensing corrections based on visible-source activation.
Imported previous records for the construction of the response framework.
Implemented a governed-slip lensing response that deviates from traditional no-slip models.
Showed the lensing amplitude approaches ACT native scales under governed-slip conditions.
No claims of detection or likelihood analysis are made in the context of this framework.

Abstract

Version v1. 0. 0. Technical pre-paper / timestamp record. This record is the v1. 0. 0 GCV lensing-sector pre-paper. It is a new standalone lensing concept, downstream of the GR-exact backbone, Gravity Role Map, SourceClock, and Growth Sector records. The timestamp component added by this paper is the governed-slip lensing response dictionary for the retained visible source sector. The record imports the scalar growth response muG (a;d) from the Growth Sector v2. 0. 0 record and defines the governed lensing/Weyl response as: SigmaGGov (a, k;d) = muG (a;d) + DeltaₗensG5RC/OCL (a, k;d). This is the key public lensing-sector claim: GCV lensing is not assumed to obey a no-slip copy rule SigmaG = muG. Instead, after retained visible-source activation, lensing is described by a governed-slip response dictionary in which light-bending receives an additional governed Weyl/lensing correction. The only lawful IR landing in scope is the GR-exact landed branch. This record does not introduce a second local-gravity branch and does not redefine or run the Einstein-Hilbert coefficient. The lensing response is a probe-effective channel response inside the GR-exact landed branch. The record uses the retained Route-B / CFI Sec. 6. 2 visible source dictionary imported from UV v1. 2. 0, the gravity-role conventions fixed in the Gravity Role Map record, the d-dictionary and active bounded-geometry branch distinction fixed in SourceClock v3. 0. 0, and the retained visible scalar growth response fixed in Growth Sector v2. 0. 0. The ACT material in this record is a compressed consistency overlay only. The package does not include official ACT DR6, KiDS, DES, or other raw survey likelihood files and does not claim a native likelihood analysis. The compressed overlay shows that the governed-slip response moves the lensing amplitude closer to the ACT native compressed best scale than a no-slip GCV proxy, but this is not a detection claim. Claim boundary: this record does not claim no-slip lensing, does not claim SigmaG = muG, does not claim detection of a lensing response, does not claim a full ACT/KiDS/DES likelihood analysis, does not claim a microscopic visible-composite tensor-source theorem, does not reopen GR-exact landing, and does not cover arbitrary hidden or orthogonal lensing sectors unless they supply their own Governance-compatible source dictionary. The package includes the rendered PDF, Markdown source, LaTeX source, README, citation metadata, support ledgers, governed-slip support notes, generated audit outputs, a reproduction script for the headline overlay values, manifest, and checksums. The PDF carries the scientific claim; the CSV files and script provide machine-readable audit support. Zenodo Version DOI: 10. 5281/zenodo. 19213158 Project homepage: https: //johansson. digital Project overview hub: https: //github. com/gcv-framework/gcv-vacuum-energy

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