Applications of polarization in design. polarization has a wealth of applications besides the use in glare reducing sunglasses. And the design and material industry Polaroid filters are used to perform stress analysis tests on transparent plastics to measure their electric magnetic diffusion. As light passes through a plastic, each color of the visible spectrum of light is polarized with its own orientation to reveal a different internal pattern of light distribution. Generally, when a plastic material is placed between two polarizing, thin film interference surfaces, a colored pattern changes the colors that would otherwise be blocked autoruns permitted through the material. This can have a significant impact on the design patterns on materials you elect to use in design and whether you want to control light, significantly influence light in design or whether you wish to be avoided of this as a designer and ignore it entirely, which I do not recommend.

To find out more on colored patterns, please refer to my other collared course. An interesting factor with polarized materials, it is known that structural stress in materials is significantly higher at locations where there is a large concentration of colored bands or electromagnetic Lightwave distortion. This location of polarized stress is usually the location where A structural failure will most likely occur. This is simply mostly explained through the use of a CD surface. And its fracture points on the disk whether they are on the outside or internal mounting point of the CD. polarization of light can also be considered in designing for an entertainment room to a projected 3d movie theater.

Three dimensional movies are actually two movies being played and shown at the same time through two different projectors. The two movies are filmed from two slightly different camera locations. Each individual movie is then projected from a different side of the home cinema room. The key to bringing the two images together That the light projection is done through polarizing filters, where light waves from different positions are cast through both a vertical and horizontal filters to block distorting the light waves from entering the retina. This is aided by the use of 3d glasses which allow a depth perception of the light being emitted.