Increasing the number of layers in a stack to theoretically improve its spectral performance may result in poor performance, if not worse performance, than expected. ![]() Because those reflections are less visible, the manufacturer usually chooses a dark green or blue color for the lens surface of your glasses when there is some leftover reflections on the surface. It is tuned to a darker green or a dark blue depending on the manufacturer. The bloom, which is also known as the colored reflection, is a flowering plant. The remaining 1% reflection on your glasses, in contrast to the anti-reflective coating, is the color of the green or blue reflections on your glasses. This causes the world to appear a little different through your glasses. So, why do glasses have a green tint? It’s because the lenses in your glasses are not perfectly transparent, and they bend blue light more than red light. The colors that are bent the most will appear to be a different color than they actually are. As a result, when you look through a lens that is not perfectly transparent, like the lenses in your glasses, you will see a slight color change. This means that blue light waves bend more than red light waves when they hit a lens. Blue light, for example, has a shorter wavelength than red light. The amount of bending depends on the wavelength of the light. ![]() This means that when light waves hit these lenses, they bend more than they would if they hit a less curved lens. Some lenses, like the ones in your glasses, refract light more than others. When light waves hit a lens, they bend, or refract. But why do glasses have a green tint? The answer has to do with the way light waves interact with the lenses in your glasses. ![]() If you wear glasses, you may have noticed that the world looks a little different through them – colors may seem brighter, and objects may appear to be a different size or shape.
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