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Multi-Component Nano-Structures with Tunable Optical Properties

Thu, 09/30/2010 - 7:21am
Brookhaven National Laboratory

Contacts: Karen McNulty Walsh, (631) 344-8350 or Peter Genzer, (631) 344-3174

Multi-Component Nano-Structures with Tunable Optical Properties

Another step toward applications in solar energy, sensors, and nanoscale circuits

UPTON, NY — Scientists at the U.S. Department of Energy’s (DOE) Brookhaven National Laboratory report the first successful assembly of 3-D multi-component nanoscale structures with tunable optical properties that incorporate light-absorbing and -emitting particles. This work, using synthetic DNA as a programmable component to link the nanoparticles, demonstrates the versatility of DNA-based nanotechnology for the fabrication of functional classes of materials, particularly optical ones, with possible applications in solar-energy conversion devices, sensors, and nanoscale circuits. The research was published online September 29, 2010, in the journal NanoLetters.

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