I was wondering if the way that light vibrates causes it to bend slightly while moving around an object with extreme mass (on top of the bend caused by relativity.) I was drawing what I thought the path of a photon should be around a massive object, but the uncertainty principal bugged me. Am I correct that a photon can be in any location along it's wave function? I imagine a photon like a rubber band, constantly stretching and snapping back at it's frequency and magnitude depending on it's energy. So if I draw the path as a sine-wave with it's average path being a straight line in the middle of it, the crests of the sine wave are closer to the massive object than the troths. Wouldn't this cause a tidal gravity effect that would be detectable above the bending caused by relativity, and the size of the wave would cause larger waves like radio to be bent more than high energy waves? Or does the photon act as though it's precisely on it's mean trajectory?