Introduction

Poly-contrast Interference Photography (PIP): PIP is a light analysis technology that requires the human body to be exposed to a full spectrum lighting environment. The patterns of absorption or reflection of light from the body are then analyzed. Typically it is understood that body will absorb more light (i.e. reflect less) in problem areas, in comparison to the rest of the participant’s body. The PIP software measures the absorption and reflection of light on the skin’s surface and surroundings then displays a composite image of the accentuated interference gradations on the screen. For this study the PIP scan were used to help identify congested areas of red as low energy and green and blue as positive energy.

Standard PIP pal will assess the bio field. Black and White filter is used to highlight energy particulate matter and is useful to note changes in before and after scans. Blend 2 is useful for detection of background values and for high contrast frames. Monet is a filter that shows channels of energy distribution or meridians. The significance of colors in filters differs from the standard PIP pal.

When we look at our human subject through our PIP system, all these things have to be taken into consideration. When it comes to the lighting, the angle of incidence has to be taken into account not to cast deep shadows on or from the subject. Very few problems however occur in practice, as long as the lighting parameters are kept constant, i.e. intensity, angles etc.

The light intensity can also be monitored with a photographic light meter. The ambient light and incident light values if recorded at regular intervals can be compared to and reproduced in other locations. This value is in either E.V. or Lux. Fluorescent full spectrum lights do fall off in intensity before they stop functioning, so they should be checked periodically to ensure that they are working correctly. Please take into account outside window light which is variable.

So when we look at a subject, we do not see that person at all, but the light reflected off that person. The photons carry that information to our eyes. These photons are focused on the back of our light sensitive film-like retinas and this is processed into electrical signals which pass along the back of the eye to the optic nerve. These in turn pass along the optical cortex at the back of our heads where the inverted (upside-down) image is interpreted the correct side up. All of that takes place every day of our lives from when we first open our eyes!

So the original photons, striking our person has passed through their energy field twice, once on the way in, the attack rays, and once on the way out, the reflected rays. These photon interference patterns are detected and interpreted by our camera interface and software. These patterns and vivid colors are seen on the viewing box as a real moving image, captures can then be made of these images in various file formats, either in raw data files or compressed image files. These images then go on to be viewed and interpreted.