Abstract
Real time, time-dependent density functional theory (RTTDDFT) and pseudo-atomistic Monte Carlo/molecular dynamics (PAMCMD) computational methods are used to guide the dramatic improvement in the electro-optic activity of organic materials, which are integrated with silicon nanophotonics circuitry, plasmonic circuitry and metamaterial device architectures to achieve ultralow power and ultrahigh bandwidth performance.
© 2009 Optical Society of America
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