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Display
From TVs to cell phones, OLED (organic light-emitting diode) flat panel displays are perched to recast the display market. Their many benefits include high contrast vibrant colors, fast full-motion video, wide-angle viewing, adjustable pixel sizes, low power consumption and operating voltages, wide operating temperature range, long operating lifetime, low-cost manufacturability, and, perhaps most dramatically, a thin, lightweight, and flexible form factor. Sony released its first commercial OLED-based television, 3 mm thick, to rave reviews.
As sweeping as the OLED shift looks to be, chiral technology stands to redouble it still. Chiral technology aims to further refine the color purity and contrast of the OLED display and, additionally, for the first time to fit displays with dual-mode capabilities. Think of it this way - your low real-estate desktop flat panel, a home theatre projection for your friends; your postage stamp cell phone screen, a drive-in movie theatre on your garage door; your svelte laptop, a business presentation jumbotron tool.
How does this work? The PolyHelica™ chiral thin film laser combines the outstanding performance of OLED emitters with the efficiency of the chiral laser to produce an emissive, laser display in a thin film format. Way less space, way more power.
If you work in any area of OLED research, contact Chiral Photonics today to explore how chiral technology can complement your work.
