Editorial: Monitoring of Brain Electrical Activity During the Use of the Faradarmani Consciousness Field
The Scientific Journal of Cosmointel December 24, 2025 DOI: 10.61450/joci.v4i19.222 (opens in new tab)
Study at a glance
AI-extracted from the abstract| Characteristics | Theoretical or philosophical paper Peer reviewed |
|---|---|
| Population | Faradarmangar population (mentioned as the population in the previewed studies) |
| Intervention | Faradarmani Consciousness Field |
| Measures | EEG (128 electrodes), total absolute power, absolute power across frequency ranges, relative power across time segments, entropy measures |
| Key points | Argues that, from the Sciencefact perspective, the brain is not the origin or seat of consciousness but the place where consciousness effects manifest, and that T-Consciousness Fields can be practically tested. It contends their effect begins with brief, instantaneous attention, unlike methods requiring active techniques, and previews four EEG studies of brain activity during interaction with the Faradarmani Consciousness Field. |
Abstract
In Sciencefact perspective, the brain is not the origin or seat of consciousness, but rather the place where the effects of consciousness and awareness manifest. Given that T-Consciousness Fields can be tested practically, it is possible to design experiments to study the interaction between the brain and these non-physical fields. Unlike other mind-body influence methods, where individuals play an active role by performing techniques and exercises, the effect of T-Consciousness Fields begins with a brief and instantaneous attention. This crucial point has been experimentally confirmed in previous Sciencefact studies, which demonstrate the brain's role as a detector or revealer of consciousness. This will be explored further in upcoming issues of the Journal of Cosmointel, the first of which is now before you. In recent studies in this field, some of which are presented in this issue, more comprehensive information has been obtained regarding brain activity during interaction with the Faradarmani Consciousness Field, using EEG techniques and 128 electrodes, in the Faradarmangar population. In the first study, the total absolute power, or overall brain electrical activity, is analyzed. The second study compares absolute power across different frequency ranges, considering statistical parameters of the amplitude values. In the third study, the relative power of various frequency ranges is compared across different time segments. The fourth study examines changes in various types of entropy, previously explored in other T-Consciousness Field studies, with respect to brain electrical activity during the interaction. It is worth mentioning that the analysis of the activity levels and their correlation with different structural regions of the brain, the examination of functional connectivity between the involved brain regions, and the analysis of biological parameters such as heart rate, respiratory rate, and body temperature during the interaction with the Faradarmani Consciousness Field are still ongoing and will be addressed in a separate issue.