I'am not convinced, I still think there are the "angle selectivity" and the “band width” of the filter that affect the intensity of the light coming out.
EI. using a filter box (containing 3 identical filters in a row) you don’t know the content of the filter box, if you still use your...
I'm not a physicist nor a matematician, so please making a example: if we have solar light going through the filter , the various components of the spectrum, how are they attenuated?
If I use a different filter with different caratteristics how do you calculate the outcome?
best regards...
OK, thanks,
the intensity of the transmitted light should depend also from the "angle selectivity" of the polirizing filter used and should also depend on the specific frequency of light, how these variable comes into play?
Same for Stern-Gerlach magnet how the speed of the electrons and the...
given that light can be polirized at any plane while the polirized
filter has only a precise orientation, I assume there is a range of
angles of polirizzation that go though the polirized filter others are cut out.
how large is the angle selectivity of the polirized filters ?
how is this...
thanks for the link,
my questions are generated from the sensation that all quantum weirdness may be the results of a combined aliatory outputs of filters or detectors or the aliatory nature of photons.
(aliatory=uncertain)
best regards
beda pietanza
I read that of what comes out of a polarized filter at 0° if we put one at 45° the output is 85% of the remainings photons.
My questions are:
1) what is the selectivity curve of the polarizers versus the light spectrum ?
2) is the output coming out from the second filter depend on the...
Tell me if the analogy holds:
Twins are generated by black eye fathers and green eyed mothers
Let it be the "green eye" or the "black eye" our observable variable.
Only identical twins are chosen.
The twins A and B are sealed, each one, in a closed box,
we have to predict the...