E-ISSN 3103-3024
 

Research Article
Online Published: 22 Sep 2026
 


Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics

Roberto Fabbroni, Nikita Nicolaij Pedrazzini, Claudio Giuseppe Molinari.


Abstract
Introduction: Chronic exposure to negative media content is associated with increased anxiety, depression, and cardiovascular morbidity. We propose that this effect is mediated by a resonance mechanism operating on two levels: a neurophysiological level (amygdala-HPA axis) and an informational level (heart-Higgs field). We integrate the “Ψ_stress ” model with the formalism of Cardiocentric Scalar Somatognostics (Fabbroni & Pedrazzini, 2026), which defines health as Golden Resonance—that is, the condition in which the ratio between the frequency of the Higgs Field (ω_Higgs ) and the natural frequency of the Soul (ω_n ) equals the Golden Ratio (Φ=1.618 ).
Objective: To develop a unified mathematical model that describes media resonance as a phase shift from the Golden Ratio, measurable through Heart Rate Variability (HRV). To validate the model by extrapolating data from 19 existing studies.
Methods: We integrated the forced oscillator model (Ψ_stress ) with the Informed Scalar Soliton formalism (Φ_n (xⓜ,t)=ϕ_n (x) e^i(ω_n t+θ_n ) ). We defined the cardiac coherence functionC_HRV as a function of the distance from the golden ratio (Δ=∣ω_Higgs/ω_n-Φ∣ ) and the phase shift (θ_n ). We extrapolated quantitative data from 19 published studies (2017–2025) across the six identified domains.
Results: The unified model demonstrates that:
Golden Resonance (ω_Higgs/ω_n=Φ,θ ̇_n=0 ) corresponds to maximum cardiac coherence (C_HRV^max ) and maximum HRV values (RMSSD, SDNN).
The distance from the Golden Ratio (Δ ) is inversely proportional to HRV and directly proportional to the stress response (Ψ_stress ).
The mass media, acting as external forces, produce a phase shift (Δθ_n ) that moves the system away from Golden Resonance, reducing cardiac coherence and increasingΨ_stress by 42.3%.
The CRD protocol, by focusing on awareness and breathing, realigns the system with the Golden Ratio, increasingC_HRV and reducingΨ_stress by 64.1%.
The correspondence between model predictions and empirical observations is high: mean R² = 0.82, mean RMSE = 5.1%.
Conclusions: The unified model provides a profound explanation of the media’s impact on health, interpreting it as a perturbation of the heart’s informational coherence. HRV is confirmed as a clinical tool for measuring the distance from Golden Resonance. The CRD protocol represents a validated realignment method.

Key words: Mass media, resonance, Cardiocentric Scalar Somatognosics, Golden Section, Heart Rate Variabi-lity, phase shift, cardiac coherence.


 
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How to Cite this Article
Pubmed Style

Fabbroni R, Pedrazzini NN, Molinari CG. Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics. IJIIM. 2026; 2(3): 141-204. doi:10.5455/IJIIM.30


Web Style

Fabbroni R, Pedrazzini NN, Molinari CG. Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics. https://www.ijiim.com/?mno=335238 [Access: October 10, 2026]. doi:10.5455/IJIIM.30


AMA (American Medical Association) Style

Fabbroni R, Pedrazzini NN, Molinari CG. Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics. IJIIM. 2026; 2(3): 141-204. doi:10.5455/IJIIM.30



Vancouver/ICMJE Style

Fabbroni R, Pedrazzini NN, Molinari CG. Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics. IJIIM. (2026), [cited October 10, 2026]; 2(3): 141-204. doi:10.5455/IJIIM.30



Harvard Style

Fabbroni, R., Pedrazzini, . N. N. & Molinari, . C. G. (2026) Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics. IJIIM, 2 (3), 141-204. doi:10.5455/IJIIM.30



Turabian Style

Fabbroni, Roberto, Nikita Nicolaij Pedrazzini, and Claudio Giuseppe Molinari. 2026. Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics. International Journal of Informational Integrative Medicine, 2 (3), 141-204. doi:10.5455/IJIIM.30



Chicago Style

Fabbroni, Roberto, Nikita Nicolaij Pedrazzini, and Claudio Giuseppe Molinari. "Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics." International Journal of Informational Integrative Medicine 2 (2026), 141-204. doi:10.5455/IJIIM.30



MLA (The Modern Language Association) Style

Fabbroni, Roberto, Nikita Nicolaij Pedrazzini, and Claudio Giuseppe Molinari. "Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics." International Journal of Informational Integrative Medicine 2.3 (2026), 141-204. Print. doi:10.5455/IJIIM.30



APA (American Psychological Association) Style

Fabbroni, R., Pedrazzini, . N. N. & Molinari, . C. G. (2026) Neurophysiological and Informational Resonance Induced by the Mass Media: A Biophysical Model of Forced Oscillation from the Perspective of Cardiocentric Scalar Somatognostics. International Journal of Informational Integrative Medicine, 2 (3), 141-204. doi:10.5455/IJIIM.30