Research
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A path toward shapeshifting new materials—Engineering’s Hall Lecture Feb. 12
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreJan. 24, 2020
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Five graduate students named Eisenhower Fellows
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreJan. 21, 2020
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Engineers advance efforts to speed blood test results
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreJan. 13, 2020
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Kidambi receives NSF Early Career Award to support atomically thin membrane research
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreJan. 10, 2020
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Experiments into amorphous carbon monolayer lend new evidence to physics debate
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreJan. 8, 2020
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Music takes engineering major into the lab and across the country
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreDec. 18, 2019
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Vanderbilt mechanical engineers earn top materials research awards
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreDec. 13, 2019
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Gore named to committee on worker health overseas
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreDec. 12, 2019
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Anita Mahadevan-Jansen elected National Academy of Inventors Fellow
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreDec. 3, 2019
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Simaan honored as IEEE Fellow for robotics advancements
Next-generation materials will be defined by their ability to adapt, change their properties, change their shape—shapeshifters. “We want to be able to make material that can flow when it wants to flow, that can be rigid when it needs to be rigid, that can appear one way or appear another… Read MoreDec. 2, 2019