Astrophysics

The Supernova Light Curve Problem in a Static Cosmos: A Definitive Solution

Authors: Joseph Shaffer

This paper presents the formal analysis of the supernova light curve problem within a static cosmological framework. While legacy paradigms rely on expanding spacetime metrics to explain the temporal broadening of distant Type Ia supernova (SNe Ia) emissions, this model demonstrates a purely structural alternative. Propagation across the dual domain architecture induces a non-local interaction within information mats under tension, systematically reducing the local speed of light c over distance. Because this mechanism is non-local, the photon transfers no thermal energy to the substratum (dQ = 0), cleanly bypassing historical "tired light" objections. The universe is static — light curve broadening and cosmological redshift are derived as direct consequences of a distance dependent reduction in c.

Comments: 4 Pages. This paper is a companion paper of ai.viXra.org:2609.0025. It provides further arguments in support of the static universe ontology.

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[v1] 2026-10-22 12:58:42

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