Díaz Murillo Astrophysics

Theories

A collection of original theoretical frameworks in astrophysics developed by Juan Bosco Díaz Murillo. Each entry is documented, dated, and preserved as a citable contribution to the research record.

A precise, scientific visualization representing the variation of the gravitational constant and the expansion of the observable universe. Deep navy and charcoal background with a subtle cosmic web of faint filaments and distant galaxies, overlaid with restrained abstract curvature lines suggesting spacetime geometry and a growing sphere. Minimalist, academic, high-quality astronomical aesthetic — serious and rigorous, not decorative or commercial. Muted tones, no text, no bright warm colors.

HIGGS FIELD OVER COSMIC UNCERTAINTIES

Juan Bosco Díaz Murillo · Ongoing theoretical research · First proposed 08.2026

Abstract

It has been a general acceptance that electromagnetic radiation (EMR), of which light is a part, does not require a propagation medium (a carrier). This approach can be attributed to the fact that, a few years ago, there was no proof of the existence of the HIGGS field. Besides other intentions, this paper proposes the following:

  1. The EMR, like any other wave, requires a propagation medium (a carrier), which, in this case, might be the HIGGS field as the field that permeates the entire universe.
  2. The universe may be growing due to internal process transformations, not stretching.
  3. The redshift of light from faraway astrophysical bodies is driven by the EMR propagation medium (carrier)´s density variations.
  4. All EMR´s parameter variations, such as wavelength, frequency, and speed, might also be attributed to HIGGS field’s density variations due to the increasing size of the universe, which decreases its density.
  5. The carrier for gravitational waves might also be the HIGGS field.

Research status: This work presents a speculative theoretical framework and should not be interpreted as an experimentally established result. The proposed relationships and interpretations require further mathematical development, independent evaluation, and empirical validation.

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A precise, scientific visualization representing the variation of the gravitational constant and the expansion of the observable universe. Deep navy and charcoal background with a subtle cosmic web of faint filaments and distant galaxies, overlaid with restrained abstract curvature lines suggesting spacetime geometry and a growing sphere. Minimalist, academic, high-quality astronomical aesthetic — serious and rigorous, not decorative or commercial. Muted tones, no text, no bright warm colors.

NATURE, ORIGIN, AND CHANGES OF THE GRAVITATIONAL CONSTANT

Juan Bosco Díaz Murillo · Electromechanic Engineer · Panamá

Abstract

This paper proposes a theoretical framework linking cosmic expansion, Higgs-field density, and gravitation. The driving process of the universe growth is examined through the relationship between the gravitational constant G and the evolving density of the Higgs field.

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