Polarized Light Experiments

Study of Physical Structure of Light Waves





There is strong experimental evidence to support the Naytron MOMENTUM PARTICLE SMOKE RING theory. Consider the results of the following experiments, with light and micro wave EMF.



EXPERIMENT 1:

NEED; 3 polarized lens and a light source. 1ST ACTION; Take two of the polarized lens and look through them at the light source while rotating one of them. OBSERVATION; The act of rotating one of the lens results in darkening the view of the light source. 2ND ACTION; While holding the two lens so that they darken the light source place the third polarized lens between the two other lenses and rotate only it. OBSERVATION; The darkened light will brighten and you see images when the in between lens is rotated to certain positions. Or how ever the end lens do to darkening the light is being defeated by the in between lens. CONCLUSION; The two end lenses can not be blocking the light when they are rotated to the right angle positions, for the third lens to be able to restore it. The light therefore must be still getting through the two right angle lens but altered so our eyes can't detect it, the third lens corrects the light so our eyes can detect it.



EXPERIMENT 2:

NEED; 2 plates about 4X4X1/4 inches, one flat side polished to reflect images, the plate pieces must be made of nonconducting material, and one polarizing lens. ACTION 1; place one of reflective plates flat on a table so as to reflect a lighted image 25 degrees to 30 degrees to and from the number one flat #1plate. Look through a rotating polarizing lens to verify that the reflected image off the plate on the table fades out and is polarized from the #1plate. Hold the number 2 reflective plate in such a position to receive and reflect the 25 to 30 degree light image coming from the flat table #1plate, to your eyes. Move the 2nd #2plate horizonialy and vertically to the table plate staying in the 25 to 30 degree reflecting and receiving rang, re-reflecting the light image to your eyes, and maintaining a 25 to 30 degrees to and from the 2nd #2PLATE to your eyes. CONCLUSION; When the reflected image is viewed in this way with the #2plate held horizontally the double reflected image is basically unchanged. But when the #2plate is held in the vertical position the 25 to 30 degree double reflected image can be see to fade out. The fadeing of images with plates is not a good as with two polarizing lenses, but it can be established that the image does fade with the #2 plate in the vertical position. ACTION 2; Rotate the polarized lens in between the plates while viewing the faded image as in action 1; CONCLUSION; The faded image brightens up or returns as in experiment one. CONCLUSION; Sense the polished plates can only reflect images to each other, and can polarize light similar to experiment number one we can surmise that the light is getting to our eyes but changed in such a way that our eyes can not detect it. We now can see that only the vertically held plate causes this change, and a polarizing lens can correct this change. ACTION 3; Repeat action-2 but substitute standard glass mirrors for nonconductive polished plates; CONCLUSION; The image is unchanged no matter what position the mirrors are held in. So the conducting surface on the back of mirrors stops or overrides the effect of polarizing. This verifies the light images make it from the reflective surfaces to your eyes, your eyes just can not see (detect) X and Y axis polarized light. ACTION 4; Look through one polarizing lens and rotate it in front of a light. Now look through two polarized lens and rotate them in front of a light source with them fading the light now keep this lens to lens orientation and turn the two lenses to gather in front of the light sore. CONCLUSION; With one or two polarizing lens the effect on our eyes is the same, lens being rotated together in front of a light source, make no change in the fading effect. So our eyes see faded polarized light in any axis the same. This is not the case with polarized micro wave EMF from space satellite sending TV signals to satellite TV antennas on earth. The satellite sends a 1/4 inch wave length (3 gig cycle micro wave) signal to earth polarized horizonal and vertically the antenna on earth receives and discriminates between the horizonal and vertical polarized signals by means of a polar-rotor. this amounts to a 1/4 of a inch long antenna end that a motor physically turns 90 degrees to align it to the horizonal and vertical incoming signal.

OVER ALL CONCLUSIONS: To date there is no excepted scientific explanation that explains these experimental results no wave form analysis is possible. However these experiments viewed from the angle of the Naytron GUT theory, their out come becomes predictable. A short review of the theory is a follows. In normal atoms in space around, in, and on earth the protons of all atoms decay. This decay amounts the continuous annihilation of a yet undiscovered particle I call the naytron the smallest particle of nature. The Naytron explosions, of (1 electron volt of energy) explode away a standard quark (1 MeV) which is really made up of one million naytron particles into space which immediately collide with electrons and nearby atoms where they are absorbed into their atomic structures in turn making them unstable causing them explode quarks away to maintain proper counts of quarks and naytrons. When a disturbance is felt such as a electric current heating a wire to white hot temperatures this disturbance is passed from atom to atom by naytrons clusters. To satisfy Bohrs eight electrons per electron shell, and the fact that quarks Carry a +1/3 charge. The N-GUT theory predicts that the naytron explosions eject quark material in the form of a smoke ring to nearby atoms which after repeated hits the nearby atoms repeat the disturbance on to other near by atoms, re-repeating the disturbance out outwardly exponentially, from atom to atom. So if we look at light and all EMF as a smoke ring like disturbance being relayed exponentially (why light intensity decreases by the square of the distance) from atom to atom. The smoke rings diameter is determined by the frequency of the disturbances source, (this is because atoms oscillate all over from exploding quark particles mass away from themselves) we can picture light as pulse fronts comprised of billions of multiplying tiny smoke ring. moving at the speed of light toward us. Now with this vision of what light could be we can apply it to the experiments above and see if the shoe fits.

The experimental results are that light when polarized is not screened but is altered so the human eye can not detect it. The eye can not see polar axises of polarized light as a satellite dish polar-rotor antenna can.

If we visualize light in the second experiment as smoke ring like pulses striking the polished plate at a angle the geometry with time causes the reflected smoke ring to be tilted off the perpendicular by 30 degrees and relayed to the next plate at a 30 degree angle to its' travel on deflecting of this plate only the 90 degree turned plate caused the already tilted smoke ring to tilt 30 degrees to a axis that would present only one edge of the smoke ring which could collide with our eyes rods and cones. Sense our eye rod and cones are of a large size compared to the small diameter of the smoke rings we can not distinguish single plane polarized light. The two sides of the smoke ring are always impacting on the eyes single rod and cones simultaneously. But in a two axis shift only one part of the smoke ring collide with the sensing surface of the rode and cones of the eyes. And we do not see this type of light. The reason the satellite dish polar-rotor is sensitive to single axis polarized rings is the micro wave smoke ring is near the same size as the antenna element of 1/4 inch only aliment with the smoke ring axis allows the antenna to be struck by particles simultaneously from both sides of the smoke ring another angle only imparts half the heat to the antenna element.

The naytron theory is the only theory that predicts the method and form that light travels through space. It is the only theory that predicts smoke ring like pulses of light which can in turn be polarized. Only light traveling in a form similar to this can be polarized. Photon particle spheres can not.