Neural Correlation of Faradarmani Consciousness Field Mind Mediation: A Comparative Functional Connectivity and Graph analysis

The study of brain networks using Electroencephalography (EEG) data analysis—based on statistical dependencies (functional connectivity) and mathematical graph theory concepts—is a well-established approach in neuroscience and cognitive science for investigating both healthy and clinical populations. T-Consciousness Fields, based on the theory of Mohammad Ali Taheri, and their applications in optimizing target systems, have been explored in various studies. This study investigates the neurofunctional impacts of the Faradarmani Consciousness Field (FCF) at the cortical level in Faradarmangars (Faradarmani practitioners). Based on this theory, Faradarmangars are one of the essential components involved in mediating the function of the FCF. To investigate this, the functional and effective connectivity, as well as EEG-based brain graph measures, of the brains of Faradarmangars are compared with those of non-Faradarmangars during the FCF Connection. According to the findings of the present study, compared with non-Faradarmangars, the brains of Faradarmangars exhibited significantly reduced activity in the delta (BA8), beta 2 (BA4/6/8/9/10/11/32/44/47), and beta 3 (across 34 of the 52 Brodmann areas) frequency bands, predominantly in the frontal lobe and, to a lesser extent, in the parietal and temporal lobes. Furthermore, analyses of functional and effective connectivity within the frontal network revealed widespread reductions in dominant connectivity, primarily in the beta 3 frequency band throughout the frontal network. In contrast, graph theory analysis of the Faradarmangars' brains demonstrated increased activity in the O2, T5, F4, F3, FP2, and F8 regions, together with a significant decrease in characteristic path length and increases in global efficiency, the clustering coefficient, and transitivity. Overall, the higher graph efficiency, together with the reduced brain activity and connectivity observed during the mind's mediation under the influence of the FCF, supports the proposed passive, detector-like function of the human brain during connection with this T-Consciousness Field.