Improving Generation, Usage, and Storage of Energy
Nanoscience will play a significant role in securing our energy future. VINSE researchers are using nanostructures to enhance the efficiency of solar cells, developing nanostructures that generate hydrogen and oxygen fuels from sunlight, and exploiting nature’s own photosystem to generate energy. Energy storage is equally important to energy generation.
VINSE investigators are using nanofibers to develop improved batteries and investigating ways to integrate energy storage into structural materials. Finally, it is important that we use energy efficiently. VINSE researchers are developing efficient and low-power optoelectronics and exploring the use of ultrasmall nanocrystals in energy-efficient lighting.
Featured Publications
Nature
Langmuir
Nature Communications
Core Faculty
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Josh D. Caldwell
Mechanical Engineering
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David E. Cliffel
Chemistry
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Philippe M. Fauchet
Electrical and Computer Engineering
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Richard F. Haglund Jr.
Physics and Astronomy
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G. Kane Jennings
Chemical and Biomolecular Engineering
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De-en Jiang
Chemical and Biomolecular Engineering
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Piran Kidambi
Chemical and Biomolecular Engineering
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Deyu Li
Mechanical Engineering
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Janet Macdonald
Chemistry
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Sokrates T. Pantelides
Physics and Astronomy
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Bridget R. Rogers
Chemical and Biomolecular Engineering
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Jason G. Valentine
Mechanical Engineering
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Kálmán Varga
Physics and Astronomy
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D. Greg Walker
Mechanical Engineering
Podcasts
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Episode 22: Kofi Christie – Desalination of water — which is used globally to provide people with needed fresh water.
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Episode 11: John Slack – Fuel cells convert chemical energy into electricity.
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Episode 2: Kody Wolfe – Plants for solar energy capture.