bulletpoints for Quantum Dots. A new term for consumers considering purchasing a UHD display is the added feature of quantum dots. A familiarity with theoretical physics is not required to understand that this term refers to the addition of a thin layer of nano-crystals between the LCD backlight and the display screen. This unique application of nanotechnology increases image color depth by 30% without adding extra pixels to the display (Pino, 2016). Displays that feature this technology are called "QLED" by manufacturers such as Samsung and "Nanocell" by LG, and they typically cost more than sets without quantum dots. MicroLED and MiniLED Displays. These are emerging flat-panel technologies that utilize arrays of microscopic light emitting diodes (LEDs) to form the pixel elements. Dividing the pixels into smaller LED elements improves image contrast, refresh rates, color saturation, and energy consumption. Unlike OLED screens, microLED and miniLED displays are made of gallium nitride (GaN), which offer higher screen brightness and lower power consumption (Triggs, 2017). Originally used in smart-watch displays and mobile phone screens, these technologies are now being used for television displays as large as 292 inches (24.33 feet), as they can scale larger than OLEDs. However, the manufacture of large MicroLED screens is a complicated process and the early models are more expensive than OLED displays (Hruska, 2019). From an environmental perspective, the lower energy consum