Field Augmentation Demonstration for Broadband
- 2-23-2006
- Categorized in: Video Clips
Danielle Graham of the Northwest Frontier Research Institute presents a demonstration of her research into an apparent phenomenon of ambient gravitational field augmentation at STAIF 2006. Her research, accepted for publication by the AIP, focuses on the measurement of a phenomenon in which a test-subject appears to lose mass through meditation.
In this demonstration, a trained test-subject meditates in a trancelike state on a digital scale while a recording system monitors the scale for apparent changes in rest-mass. This 13-minute video clearly shows the results of this meditative technique as the subject appears to lose nearly 1 full pound of weight while remaining completely motionless during the meditation exercise.
A panel of experts in physics and medical instrumentation technology debate possible sources for experimental error and recommend possible refinements for future investigation, but the experimental results seem to indicate the presence of a real - albeit unexplained - phenomenon. The primary potential for experimental error has been regarded as tilt-sensitivity on the scale apparatus, which was a suggested focus area for future refinement in experimental measurements.
Graham's results are scheduled for publication by the AIP in a paper entitled, "Experimental Data Demonstrating Augmentation of Ambient Gravitational and Geomagnetic Fields", which documents a series of experiments in which she collected & cross-collated data from a number of test subjects over a 1-year test-period.
Format & Size: WinMedia 10 Streaming (340kbps)
Run Time: 13 minutes, 23 seconds
Link: Danielle Graham's Field-Augmentation Presentation (STAIF 2006)
Google Video: Danielle Graham's Field-Augmentation Presentation (STAIF 2006)
Abstract: Augmentation of Gravitational and Geomagnetic Fields
Site: Northwest Frontier Research Institute
Gratis: OSEN Canada
When the guy leaned left and right or forward and back his center of mass changed on the scale changing the scale's readings.
These tests are inconclusive.
I want to thank Tim et. al. for his diligence time effort and expense by having this streaming video available to all for viewing.
Danielle Graham