Nanoscience And Nanotechnology
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Team achieves dual-band optical processing
A team led by Vanderbilt engineers has achieved the ability to transmit two different types of optical signals across a single chip at the same time. The breakthrough heralds a potential dramatic increase in the volume of data a silicon chip can transmit over any period of time. With this… Read MoreOct. 18, 2021
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First demonstration of a classic paradox effect bodes well for semiconductor development
A team led by Vanderbilt engineers has achieved the ability to transmit two different types of optical signals across a single chip at the same time. The breakthrough heralds a potential dramatic increase in the volume of data a silicon chip can transmit over any period of time. With this… Read MoreOct. 18, 2021
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Self-sealing technology corrects for pore size
A team led by Vanderbilt engineers has achieved the ability to transmit two different types of optical signals across a single chip at the same time. The breakthrough heralds a potential dramatic increase in the volume of data a silicon chip can transmit over any period of time. With this… Read MoreOct. 1, 2020
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Team achieves solute-solute separation with sub-Angstrom precision
A team led by Vanderbilt engineers has achieved the ability to transmit two different types of optical signals across a single chip at the same time. The breakthrough heralds a potential dramatic increase in the volume of data a silicon chip can transmit over any period of time. With this… Read MoreOct. 1, 2020
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Shaping materials at the atomic scale
A team led by Vanderbilt engineers has achieved the ability to transmit two different types of optical signals across a single chip at the same time. The breakthrough heralds a potential dramatic increase in the volume of data a silicon chip can transmit over any period of time. With this… Read MoreOct. 1, 2020