Oscillation as the Fundamental Prerequisite for Wave-like Behavior in Photons

This paper investigates the necessity of oscillatory behavior in photons for the emergence of wave-like properties upon propagation. Using purely physical arguments grounded in electromagnetic theory and quantum mechanics, we demonstratethat a non-oscillating photon cannot exhibit frequency, wavelength, or any wave-like behavior. The emergence of wave characteristics is tied to the internal oscillatory structure of the photon at origin. Without oscillation, a photon possesses zero energy and momentum, violating the physical definitions set by Planck, Einstein, and Maxwell. This framework avoids ontological interpretations and remains entirely within the bounds of measurable and theoretical physics.