Linked from

The 26 pages that link to Liquid-crystal display, each with the reason it gives.

• RGB color modelRelated: Most LCD pixels use red, green, and blue subpixels to create displayed colors.

• BirefringenceRelated: Liquid-crystal birefringence changes polarization and regulates light passing through crossed polarizers.

• Additive colorRelated: Its subpixels regulate red, green, and blue light to form screen colors.

• Game BoyRelated: The original Game Boy used a reflective monochrome LCD to reduce power consumption.

• Jones calculusRelated: Liquid-crystal layers alter polarization in ways modeled by Jones calculus.

• Handheld game consoleRelated: Many handheld consoles use LCD screens to show games.

• Refresh rateRelated: Its pixel response can limit motion clarity even when refresh rate is high.

• PolarizerRelated: Crossed polarizers convert electrically controlled polarization changes into visible brightness.

• DichroismRelated: Dichroic dyes can be used in liquid-crystal devices to control polarization-dependent absorption.

• Indium tin oxideRelated: Patterned indium tin oxide electrodes apply fields across liquid-crystal pixels.

• LaptopRelated: It provides the laptop’s integrated visual output while using relatively little space.

• AzobenzeneRelated: Azobenzene-derived dyes can alter liquid-crystal alignment when illuminated.

• Malus' lawRelated: Polarizers convert polarization changes in liquid crystals into visible intensity differences.

• Segment displayRelated: Many segment displays use shaped liquid-crystal regions instead of self-luminous elements.