Investigation of the Effect of the Faradarmani Consciousness Field on the Absolute Brain Power of Faradarmangars with a Focus on Brainwave Types

The study investigated the effects of the Faradarmani Consciousness Field on absolute brainwave power. Trained participants (Faradarmangars) initiated the field via a moment of attention without conventional mind-body practices. The field caused a reduction of approximately 10% to 35% in absolute power across frequency bands up to high-frequency and fast waves, with a smaller reduction of 6-8% in high beta and gamma ranges during later task intervals. The greatest contrast occurred between the initial rest and the first task period.

Study at a glance

Abstract

There have been numerous studies evaluating changes in absolute power and brainwaves under various treatments, including mind-body interactions. In the present study, the effects of the Faradarmani Consciousness Field on these parameters were investigated. The influence of this field is initiated through a brief moment of attention via the human mind. Although the human announcement plays a key role in initiating Faradarmani, the observed changes are attributed to the effects of the field itself, as the process does not involve any techniques such as breathing exercises, visualization, or other conventional mind-body practices. In the experimental design, during Rest 1, the trained participants, referred to as Faradarmangars, were asked to remain simply relaxed and tension-free. After that, upon hearing the sound of a horn, the individual initiates a 10-minute application of the Faradarmani Consciousness Field, referred to as the task. Following the second beep, the termination of the Faradarmani effect is announced, and the next three minutes are considered Rest 2. The data obtained from the task were also analyzed in three equal time intervals, labeled Task 1, Task 2, and Task 3. The results show the greatest contrast between Rest 1 and Task 1, indicating that the Faradarmani Consciousness Field caused a reduction of approximately 10% to 35% in absolute power across frequency bands up to, but not including, the high-frequency and fast waves. This average reduction in absolute power within the high beta and gamma ranges appears, showing values between 6-8% during Task 2 and Task 3, demonstrating that these segments are also capable of reflecting the field's effects.