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Research Article Volume 12 Issue 4
Analyzing the impact of Wi-Fi radiation on structured water stability: a six-phase study with SPIRO field application
Machado J Joaquín
Received: July 21, 2025 | Published: August 11, 2025
Citation: Joaquín MJ. Analyzing the impact of Wi-Fi radiation on structured water stability: a six-phase study with SPIRO field application. J Appl Biotechnol Bioeng. 2025;12(4):159-166. DOI: 10.15406/jabb.2025.12.00398
Abstract
Objective: This study investigates the capacity of the SPIRO field to structure and preserve the molecular coherence of water exposed to continuous radiofrequency (RF) electromagnetic radiation (EMR) from a Wi-Fi 6 source. The research evaluates whether SPIRO-structured water can resist dielectric and entropic degradation, potentially sustaining its super-coherent phase in near-field artificially polarized EMFs (HF / LF). Design: A six-phase experimental protocol was implemented using controlled EMR exposure from a 2.4 GHz Wi-Fi 6 router. SPIRO material filtering power 6.3 (P 6.3) and SPIRO material filtering power 31.6 (P 31.6) devices were sequentially applied and withdrawn to evaluate their impact on the structural stability of water over time. Methods: Quantitative measurements of EMF intensity were recorded using frequencyselective radiofrequency meters. Gas Discharge Visualization (GDV) bioelectrography was employed to monitor changes in entropy, area, intensity, and energy emission of the water sample throughout the protocol. A red/infrared light stimulus was introduced in the final phase to examine synergistic effects with SPIRO structuring. Sample: A single-source tap water sample was used continuously across all six experimental phases to ensure baseline uniformity and eliminate inter-sample variability. The sample remained under uninterrupted exposure to near-field emissions from a Wi-Fi router throughout the entire protocol, maintaining a consistent and high-intensity EMF stimulus representative of an extreme environmental stressor. Outcome measures: Primary indicators included GDV-derived measurements of entropy and energy, reflecting the water’s capacity to maintain coherent domains, as theorized in quantum electrodynamics (QED) models and exclusion zone (EZ) water literature. Results: The SPIRO material filtering power 6.3 (P 6.3) induced a measurable structuring effect; however, coherence diminished upon device removal under persistent RF exposure. The SPIRO material filtering power 31.6 (P 31.6) generated a higher-order super-coherent state, maintaining stability over extended EMF exposure. The addition of red/infrared light further enhanced energy absorption without coherence degradation. Conclusion: Findings support that SPIRO material filtering power 31.6 (P 31.6) promotes a super-coherent water state resilient to RF-induced dielectric perturbation, consistent with models of long-range electromagnetic ordering and coherent domain preservation. This suggests potential applications in biomedical, environmental, and residential settings where water stability under EMF exposure is critical.
Keywords: SPIRO technology, structured water, super-coherence, electromagnetic radiation, Wi-Fi exposure, GDV bioelectrography, dielectric resilience, quantum coherence domains
©2025 Joaquín. This is an open access article distributed under the terms of the, which permits unrestricted use, distribution, and build upon your work non-commercially.