Biomedical Engineering
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Vanderbilt research shows how a gel that “melts” at cold temperatures can be used to start chemical reactions
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreAug. 29, 2022
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7 Questions with Bob Higgins, President and CEO of Barge Design Solutions
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreAug. 22, 2022
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VUSE professor receives distinguished fellowship for leadership in engineering education, entrepreneurship
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreAug. 22, 2022
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Nanoparticles boost anti-cancer immunity
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreAug. 16, 2022
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New School of Engineering faculty members strengthen critical research areas such as AI and clean energy
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreAug. 16, 2022
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Biomedical Engineering scholar Brett Byram named as a Senior Member of global optics and photonics society, SPIE
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreAug. 11, 2022
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Cynthia Reinhart-King is Senior Associate Dean for Research in School of Engineering
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreJul. 1, 2022
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Three engineering faculty win Vanderbilt grants to support early-stage pioneering research
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreJun. 29, 2022
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Three engineering students receive awards for humanitarian projects this summer
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreJun. 28, 2022
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Charleson Bell named to Harvard Business School 2022 Young American Leaders
A new study by Vanderbilt researchers demonstrates the ability to initiate chemical reactions by cooling materials instead of heating them— a counterintuitive process that could open new vistas for applications ranging from monitoring shipping conditions to developing smart clothing that guards against dangerously low temperatures. The paper, published in August… Read MoreJun. 22, 2022