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Organic Electro-Optic &
All-Optical Materials & Devices

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Theoretical Modeling of Dendrimer Structures to Determine Optimal Chromophore Geometries

Challenge:

Understand the molecular scale organization of chromophores and how macroscopic order can be improved by addition of dendrimers.

Approach:

We are modeling various dendrimer structures to determine optimal geometries with and with out external poling fields. We are optimizing chromophore connectivities within the dendrimer framework to produce larger EO responses.

Impact:

Shown below are six prolate chromophores linked by deformable connectors. Under the influence of a poling field they spontaneously align. Interlacing of the two arms reinforces the dipolar interactions. Construction of such chromophores is underway.

PIs: Robinson, Eichinger, Reher, Dalton, Jen
 
This material is based upon work supported by the STC Program of the National Science Foundation No. DMR 0120967. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the authors and do not necessarily reflect the views of the National Science Foundation.
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