In my previous papers, I proposed that the point on the detecting screen of a double slit experiment where a photon lands is completely predetermined by the initial conditions of the photon at the instant of light emission, just as the point where a ball lands on the ground is predetermined by its initial conditions. I proposed a new complex internal dynamics of quantum particles such as photons and electrons. This led me to think that, due to this complex internal dynamics, it is difficult (perhaps not impossible) for a photon to travel both in a straight line and with constant velocity c along its path. In this paper I propose that it is not necessary for a photon to always travel in a straight line and with constant velocity along its path. Only the average velocity of the photon in vacuum needs to be exactly constant c and its average path needs to be straight. This requires almost infinite fine tuning of the initial conditions of the photon, pointing to an intelligent, supernatural being (God) Who always fine tunes the photons at the instant of light emission. To make light appear to always travel in a straight line, nature aims the photons to the observer’s eyes only when there is no obstacle between the light source and the observer. To make light appear to always travel with constant velocity c , nature sets the initial conditions of the photon so that its average velocity (that is distance divided by time) is always exactly equal to c. To make star light appear to be bent by massive objects such as the sun, the atoms in the star emit photons with initial conditions fine-tuned such that the light arrives from an apparent direction of the star. To make electric and magnetic fields appear to accelerate electric charges, nature fine tunes the initial conditions of the electrons during emission from the source so that the velocity, direction and time of arrival of the electron at the detector is exactly as predicted by classical electrodynamics.