Every time someone sends a message or posts to TikTok, it takes thousands of optical and electrical connections to get that message through. But what if there was a way to manipulate the power of light to create technology that makes these connections more stable and more energy efficient? That's precisely what Tingyi Gu is working on in the University of Delaware's Department of Electrica
Wednesday, December 8, 2021
Light speed advances
Newark DE (SPX) Dec 03, 2021
Every time someone sends a message or posts to TikTok, it takes thousands of optical and electrical connections to get that message through. But what if there was a way to manipulate the power of light to create technology that makes these connections more stable and more energy efficient? That's precisely what Tingyi Gu is working on in the University of Delaware's Department of Electrica
Every time someone sends a message or posts to TikTok, it takes thousands of optical and electrical connections to get that message through. But what if there was a way to manipulate the power of light to create technology that makes these connections more stable and more energy efficient? That's precisely what Tingyi Gu is working on in the University of Delaware's Department of Electrica
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