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Selected Works of Wan Kuang
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Resonance Energy Transfer: Utilizing HomoFRET to Extend DNA‐Scaffolded Photonic Networks and Increase Light‐Harvesting Capability (Advanced Optical Materials 1/2018)
(2018)
  • William P. Klein, U.S. Naval Research Laboratory
  • Sebastián A. Díaz, U.S. Naval Research Laboratory
  • Susan Buckhout-White, U.S. Naval Research Laboratory
  • Joseph S. Melinger, U.S. Naval Research Laboratory
  • Paul D. Cunningham, U.S. Naval Research Laboratory
  • Ellen R. Goldman, U.S. Naval Research Laboratory
  • Mario G. Ancona, U.S. Naval Research Laboratory
  • Wan Kuang, Boise State University
  • Igor L. Medintz, U.S. Naval Research Laboratory
Link
Description
The image depicts a DNA dendrimer displaying multiple copies of sequential pendant dyes throughout its structure. The dyes harvest light energy and direct it to a central focus using a dense Förster resonance energy transfer (FRET) network. Incorporation of extended homoFRET sections increases both the antenna gain and distance over which light can be propagated in this manner. This is reported by Igor L. Medintz and co‐workers in article number 1700679.
Disciplines
Publication Date
January 4, 2018
DOI
10.1002/adom.201870005
Comments
Back cover image, see link.
Citation Information
Klein, William P.; Díaz, Sebastián A.; Buckhout‐White, Susan; Melinger, Joseph S.; Cunningham, Paul D.; Goldman, Ellen R.; Ancona, Mario G.; Kuang, Wan; and Medintz, Igor L. (2018). Resonance Energy Transfer: Utilizing HomoFRET to Extend DNA‐Scaffolded Photonic Networks and Increase Light‐Harvesting Capability (Advanced Optical Materials 1/2018). Advanced Optical Materials, 6(1).