Optical metasurfaces improve current refractive optical devices in performance and form factor, as well as enabling traditionally impossible optical functionality. To create these metasurfaces, we need to transfer Applied Materials’ experience in making nanostructures for electrons to nanostructures for photons.
We will show results of devices made on our internal line, which required patterning new materials, with precise control of optical properties, to meet critical dimension and shape requirements. To process transparent substrates we customized equipment and modified process. For yield and cost we tie proven 300 mm wafer processing to optical test equipment for structural and optical test feedback.
The last 40+ years of investment in improving semiconductor performance has enabled a step function change in photonics. For this change to be commercially successful, performance must be matched with the ability to manufacture in high volume with high repeatability. To address this demand, Applied Materials is focused on enabling and producing the photonics solutions of the future with a focus on materials engineering, process development, and tools utilization. The ability to deliver light guides for demanding high-performance and high-volume opportunities requires development partners with the gamut of expertise found at Applied. Collaboration across the LASAR ecosystem is a key component to support the focus on developing technical design plans that will lead the way in accelerating your AR Optical designs. This talk will focus on the typical engagement process with Applied and our alliance partners to produce your Engineered Optic design.
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