The ‘Why’?
FLFE’s goals were threefold:
-
- To test whether experiments using Gas Discharge Visualization (GDV) camera can capture differences in the environment with and without FLFE.
- To measure the effects of the FLFE EMF Mitigation Program on the environment using the GDV camera.
- To measure entropy in the environment with and without FLFE.
The ‘What’?
17,889 images were captured using the GDV camera.
The ‘How’?
The Sputnik Antenna was connected to a titanium test object. The object was placed on the lens of the GDV camera. Images, such as the one in Figure 1, of the test object were captured for 24 hours every 5 seconds. All images for each 12-hour period were analyzed first by the proprietary GDV software (i.e., SciLab), and subsequently reanalyzed using mainstream image processing software (i.e., ImageJ from the National Institutes of Health). Entropy (i.e., disorder, chaos, variability of energy) in the testing environment was assessed by measuring the circumference (i.e., the waviness or smoothness) of the outer perimeter of the energetic glow (Figure 1) using the proprietary software of the GDV camera (i.e., SciLab). The data were then reanalyzed using a method involving the creation of two image stacks made up of 600 images each, representing each test condition (i.e., FLFE OFF and FLFE ON).
Figure 1. Circle of the energetic glow where brightness and smoothness are measured to inform the level of entropy.
The ‘When’?
Data collection occurred between in November 2018.
The ‘Where’?
Data collection occurred in a private residence of the GDV camera experimenter.
Statistical Significance: The decrease in entropy of the FLFE testing environment is statistically significant (t=4.4734, df=1178, p<0.0005).
Abstract: Sensitivities to Electromagnetic Fields (EMFs) can affect individuals to varying degrees. One of the main strategies for relieving the symptoms caused by these fields is limiting exposure to them. Focused Life-Force Energy (FLFE) has developed an EMF mitigation service that is aimed at providing individuals relief from EMFs without having to avoid them or without having to limit one’s exposure to them. This study explored the effects of this service on an environment using a Gas Discharge Visualization (GDV) camera. The noise and/or chaos (i.e., entropy) in the energy of the testing space was reduced when FLFE was activated in the testing environment. This reduction was statistically significant.
