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This work aims to propose an alternative interpretive lens for the JWST EXCELS survey results and highlight the importance of relational approaches in studying galactic evolution.

February 8, 20260 citationsOpen Access

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Perspectives on Galactic Evolution at z ≃ 4: A Convergent Interpretation between the RZS Framework and the JWST EXCELS Survey Data

FRFelipe G. Romero

Key Points

This work aims to propose an alternative interpretive lens for the JWST EXCELS survey results and highlight the importance of relational approaches in studying galactic evolution.
Analyzed spectroscopic results from the JWST EXCELS survey.
Investigated the mass-age relationship slope.
Examined the relational parameter α = 1.5 from the RZS framework.
Identified notable numerical symmetry between the mass-age relationship slope and α = 1.5.
Argued for the validity of a relational perspective alongside the standard model of galactic evolution.

Abstract

This essay proposes an alternative interpretive lens for the spectroscopic results of the JWST EXCELS survey. We investigate the notable numerical symmetry between the observed mass-age relationship slope and the fundamental relational parameter α = 1.5 of the Relational Zero State (RZS) framework. Rather than proposing a replacement for the standard model, this work seeks to establish the plausibility of a relational approach as a complement to understanding galactic evolution at high redshifts.

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Felipe G. Romero (Fri,) studied this question.

synapsesocial.com/papers/6988290a0fc35cd7a88491a4 https://doi.org/https://doi.org/10.5281/zenodo.18511523

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