This nanostructure is designed to capture different wavelengths of light at different locations on the metal surface. According to the research team, nanostructures can capture an iridescent color on a metal film about a hundred times the width of human hair. The ability to manipulate colors at this small scale level implies a wide range of technical applications, including solar cells, LED displays, imaging and spectroscopy, and the detection of biological and chemical drugs.
Researchers have discovered that nanoscale materials have the ability to separate light into colors and iridescent colors
Professor Anatoly Zayats of the Department of Physics said: "A variety of nanostructures can be considered for use in solar cells to enhance the effect of light absorption. Our research results mean that we do not need to fix the solar cells for light efficiency. Receiving sunlight from an angle, this technology will bring a wider viewing angle to all possible colors when the back is used as a screen and display. "Jean-Sebastien Bouillard, co-author of this study, added:" The effect demonstrated here The important thing is to be able to provide color sensitivity for the infrared imaging system. It can also build a microscopic spectrum analyzer based on the sensitivity. "
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