"Darkstar" deleteted and redefined:Curvature-Heated Aperture Wells as JWST's z ≈10–14 Luminous Sources

JWST has reported extremely luminous, metal-poor sources at z ∼ 10–14 with strong 3 He ii 1640 Å features. Rather than WIMP-heated “dark stars,” the Aperture–Well Unification 4 Theory (AWUT) identifies these objects as Purple Aggregates (PAs): massive blobs of the 5 Purple overlap field that coalesce and adhere to Red curvature wells—behaving like oil on 6 water. The PA–atmosphere interface releases curvature energy, naturally selecting 1640 Å as a 7 curvature-transition line where Purple energy couples to H/He shells through a 5D rail-twist 8 curvature modulation. We present a quantitative model for curvature heating, show that observed 9 luminosities follow from geometric power density PBR, and list four falsifiable predictions that 10 distinguish AWUT from ΛCDM/WIMP scenarios: a small geometric spectral offset, absence of 11 MeV–GeV annihilation continuum, shell-like polarized morphology, and a fixed PA lifetime ∼3 12 Myr.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-10-12
DOI
https://doi.org/10.5281/zenodo.17330309
Primary Topic
Oceanographic and Atmospheric Processes
Type
article
Field-Weighted Citation Impact
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article

"Darkstar" deleteted and redefined:Curvature-Heated Aperture Wells as JWST's z ≈10–14 Luminous Sources

Zenodo (CERN European Organization for Nuclear Research)
Oceanographic and Atmospheric Processes
article

"Darkstar" deleteted and redefined:Curvature-Heated Aperture Wells as JWST's z ≈10–14 Luminous Sources

article en

Abstract

JWST has reported extremely luminous, metal-poor sources at z ∼ 10–14 with strong 3 He ii 1640 Å features. Rather than WIMP-heated “dark stars,” the Aperture–Well Unification 4 Theory (AWUT) identifies these objects as Purple Aggregates (PAs): massive blobs of the 5 Purple overlap field that coalesce and adhere to Red curvature wells—behaving like oil on 6 water. The PA–atmosphere interface releases curvature energy, naturally selecting 1640 Å as a 7 curvature-transition line where Purple energy couples to H/He shells through a 5D rail-twist 8 curvature modulation. We present a quantitative model for curvature heating, show that observed 9 luminosities follow from geometric power density PBR, and list four falsifiable predictions that 10 distinguish AWUT from ΛCDM/WIMP scenarios: a small geometric spectral offset, absence of 11 MeV–GeV annihilation continuum, shell-like polarized morphology, and a fixed PA lifetime ∼3 12 Myr.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 40%
Oceanographic and Atmospheric Processes
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