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This breakthrough demonstrates an ultrathin metasurface capable of steering and shaping light beams within 74 femtoseconds using ultrafast laser pulses rather than mechanical components. By manipulating silicon properties at the nanoscale, this technology directly accelerates optical computing speeds and enhances control mechanisms essential for quantum technologies and high-bandwidth communications.
Israeli - linked breakthrough pushes light control to record speeds

A new international study, involving a researcher from Tel Aviv University's Faculty of Engineering, presents a way to overcome that limitation. The researchers succeeded in steering and shaping light beams in just 74 femtoseconds — less than one-tenth of a trillionth of a second. According to the researchers, in that brief interval, light travels a distance smaller than the thickness of…
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