Research
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Optical computing at sub-picosecond speeds developed at Vanderbilt
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreJan. 19, 2021
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Brunger leads $1.5 million NSF project to develop advanced brain organoids
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreJan. 7, 2021
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Vanderbilt civil engineer partners with TDOT to seek ways to mitigate opioid epidemic
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreJan. 6, 2021
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Neuroengineer joins School of Engineering Jan. 1, 2021
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreDec. 16, 2020
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Computer science team wins global contest with AI model that translates English to code
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreDec. 14, 2020
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Michael Goldfarb elected Fellow of National Academy of Inventors
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreDec. 8, 2020
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Researchers develop unique process for producing light-matter mixture
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreDec. 7, 2020
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Mahadevan-Jansen and Vanderbilt Biophotonics Center resume lab activity with renewed purpose during Research Ramp-up
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreDec. 4, 2020
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CZI grant expands training and access to high-end imaging techniques
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreDec. 2, 2020
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$1 million CZI grant bolsters VUIIS ‘deep tissue’ imaging research
Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light on and off in less than one… Read MoreDec. 2, 2020