| abstract |
Provided are polarizing eyeglasses. Each of the polarizing eyeglasses includes a λ /4 phase difference layer to convert circular-polarized light into linear-polarized light, a sub-phase difference layer to convert light other than the converted linear-polarized light, which is still not converted by the λ /4 phase difference layer, into linear-polarized light, and a polarizer to pass the light projected from the sub-phase difference layer therethrough. The disclosed eyeglasses may convert elliptic-polarized light incident in non-vertical directions to the face of the eyeglasses into linear-polarized light, to thereby reduce crosstalk caused by light leakage (that is, concurrent projection of right and light polarized light into either one of the eyeglasses). |