<?xml version="1.0" encoding="UTF-8"?><item href="/issues/2017-summer/eliminating-reflections-glass.html" dsn="news"><item_date>06/07/2017 12:00:00 AM</item_date><category_header/><title>Eliminating Reflections on Glass</title><subheader/><description/><author/><photographer> </photographer><image><img src="" width="1920" height="1032" alt="Materials science professor partners with Argonne National Laboratory on anti-reflective coating."/></image><taxonomy-story-type>Campus News, Science/Technology</taxonomy-story-type><taxonomy-cultural-story-category/><taxonomy-news-sections/><taxonomy-college-department>College of Engineering, Department of Materials Science and Engineering</taxonomy-college-department><taxonomy-tags>Research, Engineering</taxonomy-tags><type>story</type><categories/><relationships/><main-content>
	  


	
	Diana Berman
 

		  Through a research partnership with Argonne National Laboratory, materials science professor Diana Berman has created a simple ceramic coating that may completely eliminate light reflections of glass or other surfaces.
The coating demonstrates excellent wear resistance and antifogging effects and could be deposited on solar panels, windshields, cell phone screens and eyeglasses.
"Not all the sun's light on solar panels is transmitted inside because of the glass reflection. We are working to dramatically increase the capability of the light transmission and efficiency of solar panels by reducing the reflection," she says. "This starts with solar, but goes beyond that. It could work with windows, glasses — any surface that needs an anti-reflective coating."
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