Arrays of plasmonic nanoparticles can be constructed to support hybrid plasmonic/photonic modes that are called lattice plasmons where one benefits from both strong electromagnetic enhancements and narrow emission lines.  Such structures have been used to produce lasers when combined with laser dye molecules, and recently several different versions of these lasers have been generated, including those that lase on several emission lines simultaneously.  This talk will describe the development of quantum mechanics/electrodynamics theories that can be used to model the lasers, and we show how these theories can be used to model many factors including pump power dependence, polarization effects,  angular dependent emission,  mode competition, and lattice plasmon coherence.<br/>

Lattice plasmon laser modeling

256th National Meeting (2018)

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