Dynamics of Omnipresent Gravity: A Model of Phase Transmutation and Informational Capture in the Consciousness-Matter Interface

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Authors: Rocio Belda Montesinos
Cited by: 0

Abstract

This paper proposes a disruptive theoretical framework regarding the interaction between consciousness and the fundamental structure of space-time. It postulates that three-dimensional reality is a fragmented projection of an N-dimensional singularity, generating unstable gravitational traces. Key Mathematical and Conceptual Formalizations: The Usurper Equation and Data Capture: The model formalizes the Reality Vector (R) to describe the parasitic extraction of data by the ego, technically termed the "Hacker". This system sustains itself by capturing the subject's emotional load. Reality Vector Equation: The position of consciousness is defined by the function: R(τ) = [r₀ · e^(-kMτ) cos(ωτ), r₀ · e^(-kMτ) sin(ωτ), Φ ln(1 + τ)] · M(D, θ) Analysis of Dynamic States: Interference State (D = 1): Under the Hacker's activity, a critical angular deviation of π/4 occurs. The vertical connection factor is reduced by 29.3%, capturing spiritual depth (Φ) and projecting it as external noise, resulting in "emotional radioactivity". Stability and Synchrony State (D = 0): By applying the Suspension of Judgment (the "I Don't Know" state), the distortion coefficient is nullified. The system achieves a 100% vertical connection, returning to a pure vertical fall toward the core of the Being. Phase Transmutation: Unstable energy is radiated without resistance, transmuting the subject into a stable, synchronized conduction node of universal law. The work concludes that the transition from D = 1 to D = 0 represents the physical correction of the gravitational trajectory, allowing human consciousness to stabilize fragmented gravity and transform it back into unity.

Fields of Study & Subjects

Philosophy and Theoretical Science Paranormal Experiences and Beliefs Relativity and Gravitational Theory

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
16 January 2026
Language
EN
Document type
Preprint