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TachyonLord
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I know its something related to the asymmentry in the i-d curve but its still not clear.
there's lots of info on google etc, here's a couple of links, I'm sure with just a little effort, you can find many moreTachyonLord said:I know its something related to the asymmentry in the i-d curve but its still not clear.
Schuster Focusing is a scientific principle used to enhance the resolution of images or signals by focusing them through a medium with varying refractive index.
Schuster Focusing works by using a medium with a varying refractive index, such as a lens or a gradient-index material, to bend the path of light or signals in a way that they converge at a single point, resulting in a sharper and more focused image or signal.
The main difference between Schuster Focusing and traditional focusing is that Schuster Focusing involves the use of a medium with varying refractive index, while traditional focusing uses a single lens or mirror to bend light or signals.
Schuster Focusing has a wide range of applications in various fields such as microscopy, astronomy, and telecommunications. It is used to improve the resolution and quality of images and signals, making it an essential tool in scientific research and technology.
Like any scientific principle, Schuster Focusing also has its limitations. It works best with monochromatic light or signals and may not be as effective with polychromatic sources. It also requires precise control and calibration of the medium's refractive index, which can be challenging in some applications.