Alumni
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Engineers develop better graphene sieve that could advance clean water efforts
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreAug. 14, 2020
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BME Professor Audrey Bowden is faculty head of Zeppos College
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreAug. 10, 2020
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Alumni brothers take on cybersecurity’s moving target
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreAug. 7, 2020
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MoveVU travels on with $8.4M to help reduce traffic jams near campus, improve city air quality
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreAug. 5, 2020
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Vanderbilt launches high-tech module in national partnership to meet critical engineering workforce needs
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreAug. 4, 2020
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Streamlined diagnostic approach to COVID-19 can avoid potential testing logjam
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreJul. 30, 2020
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Vanderbilt rocketeers win seventh NASA launch national title
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreJul. 24, 2020
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Vanderbilt, TDOT awarded grant from U.S. Department of Transportation to enhance I-24 Smart Corridor development with Artificial Intelligence
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreJul. 22, 2020
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Vanderbilt engineer selected for NAE’s ‘Engineering for Pandemics’ panel at annual meeting
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreJul. 17, 2020
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Eight engineering students on spring 2020 SEC Academic Honor Roll
Developing atomically thin graphene membranes used to separate salt from water is extraordinarily complex and the effort grows more crucial as population growth, industrialization and climate change strain freshwater resources. Vanderbilt engineers have designed a simple defect-sealing technique to correct variations in pore size in graphene membranes. Vanderbilt engineering researchers… Read MoreJul. 16, 2020