aytche

respectfully; photons have wavelength, therefore they have time; although nothing to do with our or some observers time. processes that have wavelength and frequency then have maximum and minimum values. i propose the max and min values are constants where dy/dx is zero. maybe this corresponds to the speed of light. then as the wave proceeds to it's max dy/dx at the x axis the velocity is greater than the speed of light. i also propose the coupling with space where all this takes place results in our only observing the constant. i remind myself that all photons are the result of the acceleration of a charged particle, their origin sort of, and their frequency is proportional to the acceleration. acceleration has a time component and it is expressed in the photon wavelength. since the energy of a photon is proportional to it's frequency, and it is electromagnetic in nature it has an omega|t signature. i'm voting for the answer to all our questions will be found in string theory and dark energy in space. peace to all!

Dear Photon lovers. Richard Feynman considered photons as particles and kind of moved on from waves. So a particle and carrier of the em force is emitted from some star which is receeding from us at high speed, maybe even accelerating. It experiences it's wavelength get red-shifted; that's got to hurt! Then while in transit, it gets red-shifted somemore by space-time itself; sort of like surfing on spacetime. Seems like a photon is interlocked to spacetime and therefore maybe has time/x component. At this point I return to examining my bellybutton. Greetings to all...

Respectfully submit; a photon has a wavelenght. Will it not take a bit of time to traverse any point in space ? Will not a transverse wave have a front end and a back end, so to speak ?

I may have an uneasy beginning at this site, but I trust everyone will be patient. I wonder if an electron, after some acceleration, gives off a photon with a wavelength proportional to the acceleration, is there an amplitude proportional to the strenght of the magnetic field of the electron ?