Web28 apr. 2024 · This compact metasurface-based beam splitter has promising potential for enabling new types of compact optical systems and advancing metasurface-based functional integrated photonic applications. Keywords: beam splitter; integrated optics; metasurface; nano-ring. Grant support Web15 dec. 2024 · The metasurface technology holds immense potential to extend into new areas of application such as optical counterfeit and forgery devices as well as lidars and ultra-thin lenses. Security...
Metasurfaces-based imaging and applications: from …
WebThe metasurface approach means that when the light beam passes through the lens, the Fourier spectrum is generated on the focal plane, and the corresponding metasurface … WebJoin our on-demand webinar to learn about our new line of Time-of-Flight sensors based on the world's first optical metasurface technology. An innovation allowing collect more light, to provide multiple functions in a single layer, and to enable new forms of sensing in devices, while taking up less space and being more cost effective. how many inches is 0.5 ft
Design framework for metasurface optics-based convolutional …
Web29 jul. 2024 · To prove the concept of metasurface-based MOT, we designed a metasurface optical chip of 599.4 μm by 599.4 μm in size. In principle, it is possible to make metasurface optical chips with inch sizes depending on the experimental requirements. Fig. 2 Design and fabrication of the metasurface optical chip. Web13 sep. 2024 · The designed metasurface allows control both the transmitted and reflected fields. As a proof of concept, we numerically simulated the metasurface that works as a focusing lens and half-wave plate with insulated and metallic VO 2, respectively. The focusing efficiency and polarization conversion efficiency are investigated. WebJoin our on-demand webinar to learn about our new line of Time-of-Flight sensors based on the world's first optical metasurface technology. An innovation allowing collect more … how many inches is .1