Understanding the Movement of Light: Wave Theory vs. Particle Theory

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Light is described by both wave theory and particle theory, with photons exhibiting characteristics of both. Photons do not physically move as waves; instead, they travel in straight lines while their associated electric and magnetic fields oscillate in a wave-like manner. This duality means that light's behavior can be understood through both frameworks without conflict. The complexities of light's movement, such as its behavior in fiber optics, highlight the challenges in fully grasping its nature. Ultimately, light is best understood as a phenomenon that encompasses both wave and particle properties.
Prannoy Mehta
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Light has two theories, wave theory and the photon theory.

My one main doubt is that, do photons physically move as a wave. Or do photons travel in straight lines but just have the ability to bend here and there; even in the wave theory, does light move physically in a wave-like manner, or is it just the existence of oscillating electric field and magnetic field which change in a wave-like manner at a place telling us that it is the wave theory.

Could anyone explain how light moves according to the wave theory and the particle theory of light in brief.
 
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No, light only has one theory: light is made of photons. Photons share some behaviors with (classical) particles and some with waves, but there is no either/or conflict.
 
I did not refer to a conflict rather my main doubt was whether the photon theory says that light moves as a wave.
 
Like physically move as moves. Or is it just referring to the electric and magnetic fields inside.
 
Prannoy Mehta said:
waves *
 
I'm not a professional physicist but I know that the way light moves through a fiber-optic is pretty hairy. Light phases in and out. This might have something to do with the wave nature of light. I know it gives fiber-optic technicians a hard time.
 

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