What question did this study set out to answer?

The research aims to explore whether Little Red Dots can be explained by Weyl curvature rather than supermassive stars.

January 25, 2026Open Access

Geometric Memory- Beyond the Supermassive Star Hypothesis

Key Points

The research aims to explore whether Little Red Dots can be explained by Weyl curvature rather than supermassive stars.
Analyzed JWST observations of Little Red Dots at high redshift.
Introduced the Jussà‑Vila Ansatz to explain the formation of LRDs.
Evaluated spectral features produced by Weyl Lens effects.
Identified Little Red Dots with effective masses around 10⁷ M⊙.
Provided a coherent explanation for the absence of visible host galaxies.
Predicted gravitational behavior consistent with observed LRD characteristics.

Abstract

Descripción:This repository contains the manuscript, LaTeX source, and supplemental material for the paper "Geometric Memory: Weyl Curvature Imprints as an Alternative to Supermassive Stars for JWST's Little Red Dots." Abstract (para Zenodo):JWST has revealed an abundant population of Little Red Dots (LRDs) at high redshift, which exhibit dynamical masses ∼10⁷ M⊙, V‑shaped Balmer breaks, X‑ray silence, and no visible host galaxies. While supermassive stars (SMS) can reproduce the spectra, their transient nature leads to a statistical impossibility: they would need to be ∼10⁴ times more abundant than predicted theoretical seeds. We propose that LRDs are instead Bare Weyl Curvature Imprint (WCI) Nodes—primordial, massless fossilized curvature in spacetime that act as permanent gravitational channels. Through the Jussà‑Vila Ansatz, these geometric defects produce effective masses ∼10⁷ M⊙, organize accretion flows, and generate the observed spectral features via spectral combing induced by the Weyl Lens. This geometric framework naturally explains LRD abundance, X‑ray silence, and host‑less nature while making testable predictions for JWST monitoring. Keywords:Little Red Dots, JWST, Weyl curvature, general relativity, high‑redshift galaxies, supermassive stars, geometric memory, Jussà‑Vila Ansatz, cosmological scars, primordial topology

Geometric Memory- Beyond the Supermassive Star Hypothesis

Key Points

Abstract

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