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13 March 2024 Advanced photonics polymers and related display concepts
Nelson V. Tabiryan, Jonathan Slagle, Michael McConney, Timothy J. Bunning
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Proceedings Volume 12909, Ultra-High-Definition Imaging Systems VII; 129090A (2024) https://doi.org/10.1117/12.3006278
Event: SPIE OPTO, 2024, San Francisco, California, United States
Abstract
Liquid crystalline (LC) materials, particularly, polymers allow generating molecular orientation patterns with submicrometer resolution. By that, materials and fabrication technology have been developed to reach half-wave (HW) retardation for visible and even infrared wavelengths thus ensuring feasibility of geometrical phase optical components that are practically 100% efficient. Such LC polymer films allow rich architectures for designing spectrally selective optical components and polarization-independent systems. Thin LC films with customized optical functions make promising basis for high throughput and high definition display systems.
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Nelson V. Tabiryan, Jonathan Slagle, Michael McConney, and Timothy J. Bunning "Advanced photonics polymers and related display concepts", Proc. SPIE 12909, Ultra-High-Definition Imaging Systems VII, 129090A (13 March 2024); https://doi.org/10.1117/12.3006278
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KEYWORDS
Polymers
LCDs
Liquid crystals
Photonics
Optical components
Optical design
Materials processing
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