I have been writing a paper on Einstiens theory of relativity for grouped particles. My background is electrical engineering and Math. I have a need for some in depth physics help to prove a few things.
I have been able to prove that space does not exist at the speed of light from our point of view and time dialation is a vector and varies at different rates tangentially versus congruently to the direction of propagation. I have also been able to prove that relativity does not apply to circular motion. This with some other findings have led me to some theories on the photon and it's associated field. If I am correct the photon is a particle and the associated wave is a result of the angular momentum of the photons sub particle.
My question to the physics or photonics guys:
Is there a corelation between photon frequency and rejection by a conduction tube.
For example I have read that a conducting tube with a limited aperture (smaller than the wavelength) will not allow the photon to pass.
Has anyone ever investigated to see if this is frequency dependent.
I am hoping to see a high pass configuration.
Merged post follows:
Consecutive posts mergedgot it.
found my old RF stuff for wave guide design.
the corelation between frequency is inversely proportional to opening size or apeture size. I was hoping it would vary by .707 opening size but the relationship is there. Any other data out there.
