In contrast to a traditional optical lens, which works due to light refracting at the curved surfaces of the lens, a GRIN lens can make light focus using only flat surfaces. The flat shape and the working principle of such lenses provide advantages – convenience in mounting and even the possibility of being fused to other devices, like an optical fiber. VirtualLab Fusion provides a fully electromagnetic modeling technology for light propagation in GRIN media. We show here an example of a GRIN lens.
Modeling of a GRIN lens
In VirtualLab Fusion, we perform a full physical-optics modeling of a graded-index lens system, which includes the polarization crosstalk effects.
VirtualLab Fusion allows for the specification of a graded-index lens in a very user-friendly way. In addition, such index-modulated lenses can be analyzed by ray tracing as well as by field tracing.
If you are not interested in receiving any current information from LightTrans, please click here
Subscribe to our newsletter and get our weekly information about the latest technical updates and never miss an event again.
Newsletter/News grin, graded index, grin lens VirtualLab Fusion provides a fully electromagnetic modeling technology for light propagation in GRIN media. We show here an example of a GRIN lens.