Draft:Hijoluminic Theory

• Comment: Wikipedia is not a place that publishes original research. You may wish to consider submitting a review article to a journal instead. Alpha3031 (t • c) 05:20, 3 July 2025 (UTC)

---

Visualization of the Hijolumínic model: spirals representing vibrational identities emerge from curved light rays, illustrating the transition from pure light to structured reality.

{{subst:AfC submission/COI|Rubén Yruretagoyena Conde}}

Hijoluminic Theory

The Hijoluminic Theory is a proposed speculative framework that aims to explain the emergence of mass, time, and identity from the internal vibrational collapse of light-like states. The model was introduced by independent researcher Rubén Yruretagoyena Conde, who registered the theory through a copyrighted manuscript and published related preprints on open-access repositories.

Overview

The theory posits that pure light exists in a linear, uncurved form, and that curvature through vibrational collapse generates mass and identity. These curved configurations are metaphorically modeled as spirals, each representing a unique “vibrational identity” within a broader field referred to as the “Hijoluminic Field.”

According to the model, mass is not an intrinsic property but an emergent result of a phase shift during the vibrational collapse. Time itself is interpreted as a manifestation of the curvature process of the original light state.

Mathematical Structure

At the core of the Hijoluminic model lies a discrete formulation for the emergence of mass from curvature. Instead of treating mass as an intrinsic scalar, the model defines it as the cumulative result of vibrational identity deviations from the pure light state:

$m=\kappa _{H}\cdot \sum _{n=1}^{N}\Delta m_{n}$

Each $\Delta m_{n}$ represents a discrete vibrational deviation (or fold) from the uncurved projection state. The constant $\kappa _{H}$ couples this internal informational curvature to inertial mass and is defined as:

$\kappa _{H}=C\cdot {\frac {\hbar ^{5/2}\cdot G^{3/2}}{c^{11/2}}}$

Here, $\hbar$ is the reduced Planck constant, $G$ the gravitational constant, $c$ the speed of light, and $C$ is a dimensionless calibration constant.

This leads to the general Hijoluminic Equation:

$\left[i\hbar \,\gamma ^{\mu }\partial _{\mu }-m\,\Phi (\theta ,\Delta \phi )-\kappa _{H}\,{\mathcal {C}}(\psi )\right]\psi =0$

Where:

• $\psi$ is the folded identity field,
• $\Phi (\theta ,\Delta \phi )$ encodes internal angular delay and vibrational deviation,
• ${\mathcal {C}}(\psi )$ is a nonlinear curvature-collapse operator,
• and $m$ is the mass accumulated from discrete folds as described above.

Reduction to Known Field Equations

Depending on the physical regime, the Hijoluminic Equation reduces to classical equations:

• Dirac Equation: If $\Phi (\theta ,\Delta \phi )=1$ and ${\mathcal {C}}(\psi )=0$:

 $\left[i\hbar \,\gamma ^{\mu }\partial _{\mu }-m\right]\psi =0$

• Klein–Gordon Equation: For a spinless scalar field under linear fold evolution:

 $\left(\Box +\left({\frac {mc}{\hbar }}\right)^{2}\right)\psi =0$

• Schrödinger Equation: In the low-curvature and non-relativistic limit:

 $i\hbar \,{\frac {\partial \psi }{\partial t}}=\left(-{\frac {\hbar ^{2}}{2m}}\nabla ^{2}+V(x)\right)\psi$

These show that known quantum and relativistic equations are limiting cases of a more general vibrational collapse model.

Additional Interpretations

• Prime Number Identity: The theory proposes that prime numbers are vibrational identities with no internal resonance, redefining primality as a structural irreducibility in a vibrational field. A computational model has been created to test this idea.
• Cosmological Applications: The theory suggests that black holes represent maximum curvature of identity, while the Big Bang is the point of pure linear light expanding outward, framing both as opposite poles of vibrational collapse.
• Philosophy of Physics: The model reflects a philosophical position where observable reality emerges from a collapse of higher-order light information, and identity arises through vibrational individuation.

Publications

The theory has been disseminated through open-access platforms such as Zenodo, where its mathematical formulations and examples have been shared. Key texts include:

• The Hijoluminic Equation and the Vibrational Genesis of Mass and Time (2025)
• Validation and Unification via the Hijolumínic Equation: A Geometric Collapse Framework for Dirac, Schrödinger, and the Fundamental Forces (2025)
• Hijoluminic Prime Identity: Predicting All Prime Numbers Through Vibrational Collapse* (2025)

Criticism and Reception

As of 2025, the Hijoluminic Theory remains unreviewed in mainstream academic journals and is considered speculative. It has received some interest from independent researchers in open science platforms. Critics point to the lack of peer-reviewed validation, while supporters see it as a conceptual unification of physics and mathematics rooted in vibrational geometry.

See also

• Dirac equation
• Emergent gravity
• Mass generation mechanisms
• Philosophy of physics

External links

• [Hijoluminic publications on Zenodo](https://zenodo.org/search?page=1&size=20&q=hijoluminic)

References

1. Yruretagoyena Conde, R. (2025). *The Hijoluminic Equation and the Vibrational Genesis of Mass and Time*. U.S. Copyright Office. 2. Yruretagoyena Conde, R. (2025). *Validation and Unification via the Hijolumínic Equation*. Zenodo. [1] 3. Yruretagoyena Conde, R. (2025). *Hijoluminic Prime Identity*. Zenodo. [2]

Category:Theoretical physics Category:Fringe theories of physics Category:Philosophy of physics Category:Speculative mathematics