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Circular polarizers, also referred to as polarizing filters, can be used to create circularly polarized light or alternatively to selectively absorb or pass clockwise and counter-clockwise circularly polarized light. In the non-scientific arena they are used as polarizing filters in photography to reduce glare and are the lenses of the 3D Glasses worn for the viewing of stereoscopic movies that use circularly polarized light to differentiate between the left and right eye images.
Most white blobs are the result of bad focusing or camera settings chosen by the photographer, and there's no filter to change that.
Originally posted by testradio
So, you won`t get GLARE! What this means, is that when and if you have the chance to capture an UFO on a digital chip(sensor) or on film, you will get details instead of a white blob! The white blob you get is from the polarized light hitting the reflective object.The photons that hit the chip are polarized.With the filter you..well..filter the polarized photons.Pretty neat eh?
Originally posted by testradio
reply to post by newcovenant
Hey, no problemo, I just need to know what you mean with affordable, `cause it`s such a relative term mate .
Originally posted by ArMaP
reply to post by newcovenant
The first thing you must chose is what type of data you want.
If you want mostly video then get a video camera. Good photo cameras may have a video option (like mine, a Samsung WB5000), but their video is not as good as the one from a dedicated video camera.