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Feb
21
revised What happens to the magnetic field in this case?
added 30 characters in body
Feb
21
revised What happens to the magnetic field in this case?
added 30 characters in body
Feb
21
answered What happens to the magnetic field in this case?
Feb
18
revised Can't seem to reconcile geometric optics and wave optics
deleted 397 characters in body
Feb
18
revised Can't seem to reconcile geometric optics and wave optics
deleted 397 characters in body
Feb
18
revised Can't seem to reconcile geometric optics and wave optics
deleted 397 characters in body
Feb
18
revised Can't seem to reconcile geometric optics and wave optics
deleted 397 characters in body
Feb
18
revised Can't seem to reconcile geometric optics and wave optics
deleted 1 characters in body
Feb
18
revised Can't seem to reconcile geometric optics and wave optics
added 89 characters in body
Feb
18
comment Can't seem to reconcile geometric optics and wave optics
@Thomas I've updated my answer to talk about this
Feb
18
revised Can't seem to reconcile geometric optics and wave optics
added 1682 characters in body
Feb
17
revised Can't seem to reconcile geometric optics and wave optics
edited body
Feb
17
answered Can't seem to reconcile geometric optics and wave optics
Dec
18
awarded  Nice Question
Dec
4
awarded  Constituent
Nov
30
awarded  Caucus
Sep
9
comment What are these rays that appear in photograph of sun?
Maybe they are talking about different stuffs, they are many other phenomena similar to this. But I think in most daily life cases, using ordinary camera, this is the right explanation. I have done some experiments to prove it using my ipod.
Sep
9
revised What are these rays that appear in photograph of sun?
added 188 characters in body
Sep
9
revised What are these rays that appear in photograph of sun?
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Sep
9
comment What are these rays that appear in photograph of sun?
you can see similar effects using bare eyes even without squinting, and if you tilt your head, the rays will also rotate with it. You can only see this using bare eyes at night because usually this reflected light's intensity is much weaker than that of other sources of light. If you squint your eyes, different effect takes place, I think it is related to eye liquid's movement.