This example contains the design of a meta-lens for infrared applications in the PlanOpSim [2] software
Reading time: 20 minutes Written for: optical engineers, photonics engineers, researchers, technology scouts.
Extra-relevant if you are interested in: meta-surfaces, infrared optics Application examples: microscopy objectives, telescope objectives, lightweight optics
Reading time: 10 minutesWritten for: optical engineers, photonics engineers, researchers, technology scouts. Extra-relevant if you are interested in: meta-surfaces, spatially varying polarization (e.g. S-plate, Q-plate,
Reading time: 8 minutes Written for: optical engineers, photonics engineers, researchers, technology scoutsExtra-relevant if you are interested in: meta-surfaces , HWP, birefringent meta material Versatile
Holograms have always appealed to the imagination of both scientists and the general public. But wide angle and full colour holograms has proven elusive despite many years of research. In this article we explore some of the possibilities for making meta-surface holograms and how they can contribute to this lofty goal.
An attractive feature of meta-surfaces is the ability to encode different functionalities for different incident light, for example wavelength or polarization selective behaviour. This can
PlanOpSim has used a number of optical techniques for characterization and parameter extraction from thin film materials. The most important optical parameters extracted are: Refractive
Projectors work best when they project onto a wall in front of them. But that wasn’t an option in this project, where an array of
Since many years, OLEDs are known for producing the highest quality displays. OLED displays are still steadily improving with more and more prototypes of flexible displays.
Metalenses and planar optics hold great promise for miniaturizing and simplifying optical systems. They can reduce the weight and volume of bulky assemblies, enable novel
Why is the calculation time so important? A modern optical design process relies on numerical simulations during nearly all phases of the development cycle. Be
The development of optics and photonics technology in areas such as sensing, telecom and display is on a constant quest for increasingly more compact and
It is a common saying that all models are wrong but some models are useful. In that spirit this article investigates the accuracy of the
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