This doesnt cause pixel crosstalk because light of all wavelengths are split in two & arrived at neighboring pixels.
SainanChen
Can anyone explain why splitting one ray over 2*2 pixels can reduce aliasing effect?
Leon-Shao
@SainanChen I don't know if I'm correct but in the upper picture of Birefringence, this fact is applied to small pixels that let neighboring pixels' rays blend with each other to create a smoother picture, thus reducing alias.
yuhany1024
Following up of RCD-Y's comment, cross talk only happens when the photon falls into a wrong color channel.
pixelled
The function of birefringent layer is similar to the idea of supersampling. Splitting each ray over neighbouring pixels works like a blurring filter before sampling, which is exactly how we reduce alisasing effect.
This doesnt cause pixel crosstalk because light of all wavelengths are split in two & arrived at neighboring pixels.
Can anyone explain why splitting one ray over 2*2 pixels can reduce aliasing effect?
@SainanChen I don't know if I'm correct but in the upper picture of Birefringence, this fact is applied to small pixels that let neighboring pixels' rays blend with each other to create a smoother picture, thus reducing alias.
Following up of RCD-Y's comment, cross talk only happens when the photon falls into a wrong color channel.
The function of birefringent layer is similar to the idea of supersampling. Splitting each ray over neighbouring pixels works like a blurring filter before sampling, which is exactly how we reduce alisasing effect.