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AR glasses combining ultimate image quality and uncompromised wearability … only wishful thinking or is there a clear path forward?
Waveguides as the fundamental concept will get us there. Two waveguide approaches have the biggest chance to win: (a) diffractive nanophotonic structures created by imprinting or etching or (b) reflective- geometric waveguides manufactured by conventional optical technologies.
In this talk, SCHOTT’s advancement in providing key contributions with are presented:
(a) RealView® wafers with ever increase flatness improving image quality and yield and RealView® glass with even higher refractive index enabling lightweight and cost efficient wide-field-of-view devices.
(b) SCHOTT’s reflective waveguides, created in partnership with Lumus using the new Z-lens architecture, now have achieved a new level of manufacturing maturity.
AR glasses combining ultimate image quality and uncompromised wearability … our industry is getting there!
Ruediger Sprengard
"Optical components for waveguides: progress in manufacturing of reflectives and material innovation for diffractives", Proc. SPIE 12914, SPIE AR, VR, MR Invited Talks 2024, 129140B (1 April 2024); https://doi.org/10.1117/12.3024893
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Ruediger Sprengard, "Optical components for waveguides: progress in manufacturing of reflectives and material innovation for diffractives," Proc. SPIE 12914, SPIE AR, VR, MR Invited Talks 2024, 129140B (1 April 2024); https://doi.org/10.1117/12.3024893