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The rectangular nature of liquid crystals is one of the main reasons why pixels on screens are square. Indeed, liquid crystals have a molecular structure that promotes organization in a rectangular shape. This intrinsic characteristic of liquid crystals makes it more natural to arrange pixels in a square shape on screens. This allows for a regular and consistent arrangement of liquid crystals, ensuring an optimal display quality.
The manufacturing of square screens offers a significant technical convenience. Indeed, pixel lines are arranged in a regular grid composed of horizontal and vertical lines. This structure greatly simplifies the manufacturing process of screens, as the production lines can be more easily aligned in a straight manner.
Furthermore, square screens provide better utilization of space. By arranging the pixels regularly in rows and columns, the screen can be optimally filled, maximizing the available display area for users. This organized pixel layout also allows for more effective management of image resolution and interpolation.
Finally, the symmetry and regularity of square screens facilitate the implementation of multiple display technologies, such as multi-screen displays or video walls. With square screens, it is easier to juxtapose multiple screens to form a large homogeneous display area, without having to deal with irregular shapes or misaligned edges.
For computer programs, it is simpler to work with square pixels rather than round pixels. Indeed, data manipulation and mathematical calculations are greatly facilitated when pixels are squares. This simplifies operations related to resolution, positioning, and manipulation of images on a screen. Pixel coordinates can be defined more easily in a Cartesian coordinate system, making calculations faster and more efficient. Furthermore, managing images and graphics is optimized when pixels are of a regular shape, as is the case with square pixels. Therefore, by using square pixels, computer programs can process visual data more efficiently and accurately.
The first LCD screen was invented by George Heilmeier in 1968. At that time, the display was in black and white with a resolution of 80x8 pixels.
The term 'pixel' is a contraction of 'picture element', which means image element in French. Each pixel is actually composed of three color subpixels (red, green, blue) on color screens.
Square pixels are not a universal constraint: there are screen technologies with non-square pixels, such as liquid crystal displays (LCDs) with passive matrix that can have rectangular pixels.
The pixels on screens are square because their arrangement in a rectangular grid allows for optimizing resolution and display quality.
Square pixels offer better color and line uniformity, resulting in sharper image clarity.
Screens based on technologies such as OLED can use round pixels to offer better flexibility in screen design.
Square pixels facilitate graphic design by allowing for a regular and predictable layout of elements on the screen.
Some experimental technologies are exploring alternative pixel shapes, such as hexagonal pixels, for specific applications.
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