Werk:Aufdeckung missender Geheimnisse über Magnetismus/Die RGB-LED-Entdeckung des dielektrischen Lichthohlraums
The RGB LED discovery of the dielectric voidance of light at the dielectric inertial plane of the ‘magnet’
- Die RGB-LED-Entdeckung des dielektrischen Lichthohlraums in der dielektrischen Trägheitsebene des 'Magneten'
Discovery copyright June 18, 2014 Ken L. Wheeler. RGB magneto-dielectric dispersion using the T. Vanderelli ferrocell invention.
As was predicted, tested and first discovered by myself, magnetism disperses the light with its Z-axis radial dielectric component just as the Faraday effect would predict it would, however even Faraday had no idea as to the reasoning behind this phenomena. The inventor of the ferrocell, T. Vanderelli, has been contacted and he has confirmed this phenomenon has never been seen before. The blue light has higher dielectric pulses and capacitance as per (see later part of this book) the missing component of light, that being the Z-axis radial dielectric constituent of light. As for the blue light, there is much less of same is seen along either divergent poles of the “magnet”, which is why the blue light is almost not present along either pole. Second and third party testing has confirmed my discovery as was predicted to occur by myself. While the divergent blue light can be seen along the pole, the convergent magnetism has completely displaced the high dielectric capacitance of the blue wavelength light.
Below: On left, RGB LED cell, middle 3.1mm RGB element. Far right, greatly filtered light showing the RGB elements illuminated. Under normal viewing, the light is intensely white and there are no red green or blue elements visible.
Below: Blue light and green light have much higher dielectric radial capacitance in light from a great many more dielectric pulses than does red spectrum light. As such, as seen below, red light is very present around the “magnet” (divergent magnetism) whereas green far less, and blue further still much less to the point of barely being there requiring longer exposure times to be visible by the camera.
Below: As predicted and discovered by myself there is white light along the dielectric inertial plane of a N50 1” cube neodymium (any magnet as a matter of fact) and red and green light along the poles due their lower dielectric capacitance. Literally the three magneto-dielectric (convergent, divergent, and dielectric) pressure field-zones of the “magnet”, the divergent centrifugal, the convergent centripetal, and the dielectric inertial plane have dissected the light into its relevant constituents based upon the magnitude of their dielectric pulse compositions proportional to wavelength. The invention potentials for this discovery have yet to be fully realized but are to be sure, enormous.
Below: On left very low light levels showing all light being brought along the dielectric inertial plane; both poles are left and right in the image. On right is blue light concentrated along the dielectric inertial plane and some visible along the centrifugal convergent point. All predicted by myself before testing, and perfectly logical once comprehension of the so-called “magnet” is fully realized.
Below: Left, green illumination, roughly a midpoint dielectric exposure between red and blue, and resultantly about a mid- point exposure of light between red and blue in what is absorbed along the dielectric inertial plane and centripetally as contrasted with the red on right with maximum exposure and low levels of dielectric pulses resultant to the red wavelength light directed upon the pressure zones of centrifugal, centripetal and dielectric inertial. Exposure times of the camera must also be considered in that the green and blue are both substantially more absorbed along the dielectric entry points of the 1” cube.
Below: Left and right cube magnets under the T. Vanderelli ferrocell [Photo courtesy of Michael Snyder of revolution-labs.com]
Below: Multiple magnets directed multi-colored LED light along the path of the dielectric inertial plane. You will notice the red and orange light still visible at the center however the higher capacitance green light vanishes quickly before reaching the centerpoint. [Photo courtesy of Michael Snyder of revolution-labs.com]
Below: Independent third party confirmation by Kris Lang of the RGB LED discovery. Photo courtesy of Kris Lang of Kirkland Lake, Ontario Canada. Turtle Island
