Article: New research on physical chemistry from University of Washington summarized.(Report)

"Increasing complexity in bottom-up molecular designs of amorphous structures with multiple relaxation modes demands an integrated and cognitive design approach, where chemical synthesis is guided by both analytical tools and theoretical simulations. In particular, this is apparent for novel organic second-order nonlinear optical materials of self-assembling molecular glasses involving dendritic arene stabilization moieties (phenyl, naphthyl, and anthryl) with electro-optical activities above 300 pm/V," scientists writing in the Journal of Physical Chemistry B report.

"In this study, nanoscale thermo-mechanical analyses yield direct insight into the molecular ...

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