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But the higher core index, also means a slower light speed in the fiber Depending on the natural frequency of the atom and the frequency of the wave, the emitted photons will change phase when compared to the other, unaffected photons. You can actually determine much of this without knowing the fiber index, if the manufacturer specifies the numerical aperture of the fiber, which is a measure of the maximum acceptance angle of the cone of light which can propagate along the cable.

So are all of our physics theories based on the assumption and what would happen if light turns out to be moving at different speeds in different direction? It is the wavefront that slows down, and that is why we use classical phrases like the speed of light in a medium slows down 31 the speed of light in vacuum is constant and does not depend on characteristics of the wave (e.g

In other words, in vacuum blue and red colored light travel at the same speed c

The propagation of light in a medium involves complex interactions between the wave and the material through which it travels. In order for alice to see the speed of light as a constant value, time slows down and length expands (in forward direction) thus keeping the speed constant In the course i'm doing, the professor tells that this constancy of speed of light could be more generally referred to as, principle of wave constancy. Light does get affected when passing nearby an electric dipole, in what way is the field of a bound system different from the field of a free electron/proton

Is it because the bound systems are by definition mutually accommodating / vibrating while a free electron/proton travels in straight line? Computing the speed at which they travel, he found that this speed was in close agreement with the observed speed of light And so he conjectured that light was an electromagnetic wave However, his equations make no reference to a medium (beyond bare electric and magnetic fields) in which the electromagnetic waves were to travel.

Also, if the spaceship were to pass through planets or stars during this journey, would it utterly obliterate anything in its path?

The speed of light in a medium is given by $\frac {1} {\sqrt {\epsilon \mu}}$, where $\epsilon$ and $\mu$ are the relative permittivity and permeability of the medium respectively (these in turn affect how large the electric & magnetic forces in the medium are) Since the permittivity & permeability of materials vary, it's not surprising that the speed of light varies as well.

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