there are numerous excuses why the interference of light can only be observed under certain circumstances. The reason in fact is that the constructive and destructive interference is not the explanation of the result. In short I was able to correct a few mistakes in Einsteins SRT paper. The corrections predicted a particle that spins at C and propagates at C. Two of these particles merge to become stable when they are 60 degrees out of phase. This creates with high probability a particle that is the photon. I have several hundred pages of math to demonstrate that the model is consistent with all observed photon properties to date. PLUS.... The model predicts 2 types of dispersion, one elastic, one not. Particle bounce arises when the particle traveling helically hits a parallel surface (slit or obstruction). The model predicts that when an array of photons meet an obstruction some bounce off the sides and others begin to loop. Bounce corresponds to a term we call scatter. The looping is caused by a negative gravity that exists between dissimilar photons. They are observed as EM forces and I refer to it as the Maxwellian dispersion factor) The results of the 2 different types of dispersion can be witnessed in an experiment I did. (search Chinstrap effect on youtube) Using a cheap laser and hair obstruction and collapsing the pattern created by maxwellian dispersion (loops) the scatter pattern is clearly visible. In the second part of the experiment I use diffraction grating or more specifically phase grating which isolates the maxwellian or loop effects. In this section you can clearly see that the interference pattern is not line of sight and in fact one can take some of the looping photons and redirect them to a tangential target. The line of sight image intensity lowers while the tangential image increases with no shadow on either image. I in fact was able to calculate a zone where the reflective obstruction shadow can clearly be seen not in line of sight and as the shadow moves closer to the image on the target the intensity reduces and the tangential target increases. If you are interested please feel free to view the video. Experiment 2 will be posted soon. 795
The results will likely be met with a lot of cynicism since it was demonstrated by an engineering math professor and it proves light is singularly a particle while also undermining the foundations of quantum, but since anyone can recreate the results at home with a swiss army knife and dollar store laser that makes pretty pictures it will be difficult for science to ignore it. email me at <EMAIL_ADDRESS><PERSON> SRT paper. The corrections predicted a particle that spins at C and propagates at C. Two of these particles merge to become stable when they are 60 degrees out of phase. This creates with high probability a particle that is the photon. I have several hundred pages of math to demonstrate that the model is consistent with all observed photon properties to date. PLUS.... The model predicts 2 types of dispersion, one elastic, one not. Particle bounce arises when the particle traveling helically hits a parallel surface (slit or obstruction). The model predicts that when an array of photons meet an obstruction some bounce off the sides and others begin to loop. Bounce corresponds to a term we call scatter. The looping is caused by a negative gravity that exists between dissimilar photons. They are observed as EM forces and I refer to it as the Maxwellian dispersion factor) The results of the 2 different types of dispersion can be witnessed in an experiment I did. (search Chinstrap effect on youtube) Using a cheap laser and hair obstruction and collapsing the pattern created by maxwellian dispersion (loops) the scatter pattern is clearly visible. In the second part of the experiment I use diffraction grating or more specifically phase grating which isolates the maxwellian or loop effects. In this section you can clearly see that the interference pattern is not line of sight and in fact one can take some of the looping photons and redirect them to a tangential target. The line of sight image intensity lowers while the tangential image increases with no shadow on either image. I in fact was able to calculate a zone where the reflective obstruction shadow can clearly be seen not in line of sight and as the shadow moves closer to the image on the target the intensity reduces and the tangential target increases. If you are interested please feel free to view the video. Experiment 2 will be posted soon. The results will likely be met with a lot of cynicism since it was demonstrated by an engineering math professor and it proves light is singularly a particle while also undermining the foundations of quantum, but since anyone can recreate the results at home with a swiss army knife and dollar store laser that makes pretty pictures it will be difficult for science to ignore it. email me at John.blaszynski@mohawkcollege.ca for a free copy of the math. 795