The discussion revolves around the behavior of light as it travels through different mediums, specifically focusing on whether light experiences a similar "slowing down" effect when passing through fields of radiation or strong magnetic fields. The scope includes conceptual exploration and technical reasoning related to light propagation and electromagnetic interactions.
Participants generally agree on the influence of electric and magnetic forces on light but express uncertainty regarding the effects of constant magnetic fields and the applicability of these concepts to radiation fields. The discussion remains unresolved with multiple viewpoints presented.
There are limitations in the discussion, including a lack of specific references to experimental data and the need for clearer definitions of terms like "radiation fields" and "heavy magnetism." Additionally, the implications of the refractive index in this context are not fully explored.
could you be a good chap and maybe send a link to a public paper or the like that shows the results of experiments?LostConjugate said:yes.
LostConjugate said:It is the electric and magnetic forces within air that cause light to slow down, so electric and magnetic fields could cause the same effect. Not sure if a constant magnetic field would. Someone here should have a better explanation, sorry can't think of a good article on the subject.