E-ISSN 3103-3024
 

Original Research
Online Published: 09 Aug 2026
 


Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field

Roberto Fabbroni, Nikita Nicolaij Pedrazzini.


Abstract
Contemporary physics has two major descriptions of the vacuum: the Bohm Quantum Potential, which carries non-local active information, and the Higgs Field, which generates mass through the mechanism of spontaneous symmetry breaking. Recent theoretical developments (Fabbroni, 2023; Fabbroni & Pedrazzini, 2025) have proposed that Longitudinal Scalar Waves constitute the unify-ing vector of these two aspects, and that the Higgs Scalar Field represents the very essence of the four fundamental forces. The Theory of the Unified Field of Consciousness (TCCU) defines the Soul as a non-local sentient entity, intimately connected to the Primordial Field.
However, a fundamental theoretical problem remains unresolved: if the Higgs Field is a single, homogeneous, and omnipresent entity, how can the Soul be unique, differentiated, and endowed with its own identity that persists over time? Furthermore, what is the role of Nambu-Goldstone bosons in this framework, and how do they relate to the notion of “coherence frequency” that emerges in clinical practice?
In this paper, we propose a formal mathematical model in which the solutions of the unified scalar field (which we call localized configurations or dynamic entities) possess a unique phase signa-ture θₙ and a characteristic frequency ωₙ, and generate a Phase Alone whose quanta are identified with the Nambu-Goldstone bosons, referred to here as LA. We demonstrate that the dynamic sta-bility of each localized configuration requires a condition of differentiated harmonic resonance with the Universal Field, given by the golden ratio Φ = (1+√5)/2 ≈ 1.618, which preserves the enti-ty’s identity by preventing quantum collapse into the indistinct. The Universal Field is defined as the informational and dynamic substrate from which localized configurations emerge, correspond-ing to the Higgs Field in its broadest sense, including Bohm’s quantum potential as a vector of ac-tive information.
Through the tensor rewriting of the generalized Klein-Gordon equation, with the introduction of a complex phase term e^(i(ωₙ t + θₙ)), and by applying the principle of least action, we derive the unified Lagrangian and the field equations. The analysis of linear stability using Floquet’s theo-rem and the study of nonlinear dynamical systems allow us to determine the stability conditions of the localized configuration as a function of the frequency ratio. The phase coupling term -γ/2 |Φₙ|² cos(Θ_Higgs - Θₙ) promotes phase alignment without imposing equality, thereby allowing for differentiated harmonic resonance.
The model yields a system of coupled equations in which the spatial component of the configura-tion satisfies a nonlinear Schrödinger equation, while the temporal component imposes the condi-tion ω_Higgs/ωₙ = Φ. The phase θₙ turns out to be a constant of motion, representing an invariant that preserves individual identity.
The model proposes that disease can be interpreted as a phase drift θ̇ₙ ≠ 0 or as a deviation from the golden ratio, interpreted as possible indicators of a loss of informational coherence. The Summa Aurea® Method is formalized as an external phase forcing that, in theory, could restore the golden ratio without altering the individual timbre represented by θₙ. These hypotheses, while consistent with the formalism, require clinical validation through experimental studies. Prelimi-nary observational studies (Molinari et al., 2024; Fabbroni et al., 2026) have demonstrated posi-tive effects of the Summa Aurea® Method on pain, stress, and heart rate variability, providing ini-tial empirical support for the model’s hypotheses and outlining a research program for their vali-dation.
Nambu-Goldstone bosons (LA) are identified as the elementary phase quanta that mediate the res-onance relationship between the individual entity and the Universal Field.
We conclude that Cardiocentric Scalar Somatognosy finds a possible physical-formal foundation here: health can be interpreted as the diff

Key words: Cardiocentric Scalar Somatognostics, Higgs Field, Bohm’s Quantum Potential, Scalar Soliton, Golden Resonance, Nambu-Goldstone Bosons, LA, Longitudinal Scalar Waves, Summa Aurea® Method, Bio-Psycho-Social Profile, TCCU, Informed Energy, Informational Medicine, Con-sciousness, Soul, Noether’s Theorem, Symmetry Breaking.


 
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Pubmed Style

Fabbroni R, Pedrazzini NN. Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field. IJIIM. 2026; 2(3): 19-54. doi:10.5455/IJIIM.24


Web Style

Fabbroni R, Pedrazzini NN. Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field. https://www.ijiim.com/?mno=330699 [Access: August 09, 2026]. doi:10.5455/IJIIM.24


AMA (American Medical Association) Style

Fabbroni R, Pedrazzini NN. Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field. IJIIM. 2026; 2(3): 19-54. doi:10.5455/IJIIM.24



Vancouver/ICMJE Style

Fabbroni R, Pedrazzini NN. Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field. IJIIM. (2026), [cited August 09, 2026]; 2(3): 19-54. doi:10.5455/IJIIM.24



Harvard Style

Fabbroni, R. & Pedrazzini, . N. N. (2026) Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field. IJIIM, 2 (3), 19-54. doi:10.5455/IJIIM.24



Turabian Style

Fabbroni, Roberto, and Nikita Nicolaij Pedrazzini. 2026. Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field. International Journal of Informational Integrative Medicine, 2 (3), 19-54. doi:10.5455/IJIIM.24



Chicago Style

Fabbroni, Roberto, and Nikita Nicolaij Pedrazzini. "Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field." International Journal of Informational Integrative Medicine 2 (2026), 19-54. doi:10.5455/IJIIM.24



MLA (The Modern Language Association) Style

Fabbroni, Roberto, and Nikita Nicolaij Pedrazzini. "Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field." International Journal of Informational Integrative Medicine 2.3 (2026), 19-54. Print. doi:10.5455/IJIIM.24



APA (American Psychological Association) Style

Fabbroni, R. & Pedrazzini, . N. N. (2026) Scalar Cardiocentric Somatognostics: A Unified Mathematical Model for the De-scription of the Soul as an Informed Soliton in the Higgs Field. International Journal of Informational Integrative Medicine, 2 (3), 19-54. doi:10.5455/IJIIM.24