Diffractive Optics

Assuming a circularly polarized input field, any scalar transmission function can be replaced by a unique fringe-orientation function without changing the (monochromatic) optical effect. What’s more, by assuming a linearly polarized input field, one can design diffractive beam splitters with 100 percent efficiency, a result that is not possible in the realm of scalar optics.

Become a member or log in to view the full text of this article.

OSA Members get the full text of Optics & Photonics News, plus a variety of other member benefits.

Publish Date:

Diffractive Optics

Assuming a circularly polarized input field, any scalar transmission function can be replaced by a unique fringe-orientation function without changing the (monochromatic) optical effect. What’s more, by assuming a linearly polarized input field, one can design diffractive beam splitters with 100 percent efficiency, a result that is not possible in the realm of scalar optics.

This article is only available as a PDF.

Download PDF

Publish Date:


Add a Comment

ADVERTISEMENT
ADVERTISEMENT