Skip to main content

Yes it can pass, and will have the linear polarization of the filter. However, what they do in 3D movie googlesgoggles is to put in front of the linear polarizepolarizer a quarter wave filter. This polarizes the light in a specific direction, perpendicular relative to each eye. This one makes sure

This ensures that the circularly polarized light of each image passes only throughto one eye only. Otherwise you will see a double image, because each linear polarizer will let light pass from both images (although with a diferentdifferent polarization) so it will be visible though and you will no longer haveperceive a 3d3D image

Yes it can pass, and will have the linear polarization of the filter. However, what they do in 3D movie googles is to put in front of the linear polarize a quarter wave filter. This polarizes the light in a specific direction, perpendicular relative to each eye. This one makes sure that the circularly polarized light of each image passes only through one eye only. Otherwise you will see a double image, because each linear polarizer will let light pass from both images (although with a diferent polarization it will be visible though and you will no longer have a 3d image

Yes it can pass, and will have the linear polarization of the filter. However, what they do in 3D movie goggles is to put in front of the linear polarizer a quarter wave filter. This polarizes the light in a specific direction, perpendicular relative to each eye.

This ensures that the circularly polarized light of each image passes only to one eye. Otherwise you will see a double image, because each linear polarizer will let light pass from both images (although with a different polarization) so it will be visible and you will no longer perceive a 3D image

Source Link
user66432
user66432

Yes it can pass, and will have the linear polarization of the filter. However, what they do in 3D movie googles is to put in front of the linear polarize a quarter wave filter. This polarizes the light in a specific direction, perpendicular relative to each eye. This one makes sure that the circularly polarized light of each image passes only through one eye only. Otherwise you will see a double image, because each linear polarizer will let light pass from both images (although with a diferent polarization it will be visible though and you will no longer have a 3d image