THE CENTER FOR BIOLIMINAL STUDIES
Studying the threshold of physiological and psychological changes.
BIOLUMANETICS
Biolumanetics refers to the phenomenon that captures the subtle activity of light emissions by living organisms. Biolumanetics is a word I coined to identify my area of inquiry, and is taken from the term bioluminescence, which describes the biochemical activity of living organisms to emit light. It means Life’s Light.
By Patrick Richards
Biolumanetics evolved from my need to understand a phenomenon that was created when an instrument I designed to balance air temperatures in open landscape offices improved the workers health. When I began my inquiry in 1983 I knew very little about human health. My training as a mechanical engineer over a 20-year period specializing in the production and applications of compressed rare and noble gases, gave me some insights into how such health improvements were being created by this instrument.
THE CHRONOLOGY OF DISCOVERY
The instrument was designed to collapse normal occurring temperature layers in a room. The normal characteristics of air in such environments is to demarcate clearly differentiated thermal layers that arises out of the changing activity of the air molecules.
When an air molecule reaches an area of compatible activity or speed, it turns at right angles and becomes part of that layer. This effect creates two situations: one it creates a boundary or interface between temperature layers and two, the effect created by the air molecule turning at right angles also creates an electromagnetic line of force that is a characteristic of that thermal layer. (People living in a seasonal environment, which requires normal heating to maintain a comfortable temperature throughout a room, may actually observe temperatures ranging throughout a room from as low as 55 degrees to as high as 100 degrees Fahrenheit)
What I discovered was that the normal electromagnetic lines of force created by the thermal layers intersected with points on the spine and thereby created potential health challenges to individuals. In my opinion, the health changes experienced by individuals working in the new environment came about when the instrument that I had created actually eliminated these electromagnetic lines of force from the working environment.
Example
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The points where the electromagnetic lines intersect the spine depend on the height and position of the person. There is the greatest potential for the highest number of electromagnetic lines to intersect the spine when the person is seated. As a reference to the probable effects of the electromagnetic lines, I used a Parker Chiropractic Research Foundation chart relating organ challenges to spine points. |
The next few observations, however were not easily explained using present scientific paradigms. The instrument when running seemed to change the magnetic dipole in the working environment. Using a standard magnetic compass a change of up to 38 degrees to the west from normal north was indicated. Sensitive light meters also indicated an increase in light emissions in the working area.
These particular conditions appear to create an unusual electromagnetic field that seems to isolate individuals from those of a normal environment, creating a type of ‘null field’. To date, neither myself, nor any of my colleagues have been able to explain this phenomena scientifically. It falls into the category of a scientific anomaly.!! The term Luminated Field is used to identify this created environmental condition. The instrument that creates this condition is called a Luminator.
A few years later, another major break through was made, when I discovered that using a camera without any lighting assistance such as a flash attachment and shutter speeds above 1/400th of a second, that the images being created were anomalous. Some of the images were clear, others were out of focus and some appeared to have multiple images. I had to preclude camera shake because the cameras were tripod mounted with an actuator used to trigger the shutter. Using the same photographic procedure in a normal environment did not produce similar images. Higher shutter speeds produced different image effects.
