Abstract: In this paper we describe the properties of organic material in strong coupling with plasmon, mainly based on our work in this field of research. The strong coupling modifies the optical transitions of the structure, and occurs when the interaction between molecules and plasmon prevails on the damping of the system. We describe the dispersion relation of different plasmonic systems, delocalized and localized plasmon, coupled to aggregated dyes and the typical properties of these systems in strong coupling. The modification of the dye emission is also studied. In the second part, the effect of the microscopic structure of the organics, which can be seen as a disordered film, is described. As the different molecules couple to the same plasmon mode, an extended coherent state on several microns is observed.
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Bellessa, J.; Symonds, C.; Laverdant, J.; Benoit, J.-M.; Plenet, J.C.; Vignoli, S. Strong Coupling between Plasmons and Organic Semiconductors. Electronics 2014, 3, 303-313.
Bellessa J, Symonds C, Laverdant J, Benoit J-M, Plenet JC, Vignoli S. Strong Coupling between Plasmons and Organic Semiconductors. Electronics. 2014; 3(2):303-313.
Bellessa, Joel; Symonds, Clementine; Laverdant, Julien; Benoit, Jean-Michel; Plenet, Jean Claude; Vignoli, Stephane. 2014. "Strong Coupling between Plasmons and Organic Semiconductors." Electronics 3, no. 2: 303-313.