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Energy Capturing Nanomaterials

Joel Henzie Group: Colloidal nanocrystals are building blocks for composite materials that can be completely assembled from the bottom-up. Our group is developing new kinds of self-assembled architectures for applications in catalysis, photonics and biological sensing.

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Energy Capturing Nanomaterials | nanoscalemesoscale.com Reviews
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Joel Henzie Group: Colloidal nanocrystals are building blocks for composite materials that can be completely assembled from the bottom-up. Our group is developing new kinds of self-assembled architectures for applications in catalysis, photonics and biological sensing.
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Energy Capturing Nanomaterials | nanoscalemesoscale.com Reviews

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Joel Henzie Group: Colloidal nanocrystals are building blocks for composite materials that can be completely assembled from the bottom-up. Our group is developing new kinds of self-assembled architectures for applications in catalysis, photonics and biological sensing.

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Publications — Energy Capturing Nanomaterials

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Joel Henzie Lab - Energy Capturing Nanomaterials. Lan, X. Chen, Z. Liu, B.-J. Ren, B. Henzie, J. Wang, Q. DNA-Directed Gold Nanodimers with Tunable Sizes and Interparticle Distances and Their Surface Plasmonic Properties. 9, 2308-2315. [PDF]. Henzie, J; Andrews, S; Ling, X; Li, Z; Yang, P. Oriented Assembly of Polyhedral Plasmonic Nanoparticle Clusters. Proc Natl. Acad. Sci. 2013. 110, 6640-6645. [PDF]. Henzie, J; Grünwald, M; Widmer-Cooper, A; Geissler, P; Yang, P. Packings and exotic superlattices.

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Links — Energy Capturing Nanomaterials

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Joel Henzie Lab - Energy Capturing Nanomaterials. National Institute for Materials Science (NIMS). International Center for Materials Nanoarchitectonics (MANA). Accounts of Chemical Research. ACS Sustainable Chemistry and Engineering. The Journal of Physical Chemistry C. The Journal of Physical Chemistry Letters.

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