A GCV-compatible black-hole sector-birth benchmark: finite-thickness corner support, child flux label, and high-mass reset candidates

This OSF project is the companion project page for the Zenodo v1.0.0 preprint “A GCV-compatible black-hole sector-birth benchmark: finite-thickness corner support, child flux label, and high-mass reset candidates.” The record studies a conditional black-hole sector-birth benchmark inside the GR-exact, flux-fixed Gauged Constant Vacuum-Mode (GCV) framework. The benchmark tests whether a source-assignment-compatible black-hole interior sector-transition can be formulated using compact finite-thickness local sector-boundary/corner stress, without turning the exact constant vacuum mode into local black-hole material, without smooth parent-sector Lambda(r) hair, and without leaking child-sector curvature or repayment into the parent exterior. The gravitational-wave catalog examples are used only as scale-setting and candidate-ranking stress tests. They are not presented as detections of sector birth or as evidence that any observed black hole formed a child sector. Zenodo Concept DOI: 10.5281/zenodo.20953299 Zenodo Version DOI v1.0.0: 10.5281/zenodo.20953300