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The route to chaos of a plasmonic dimer formed of two identical nanoparticles with Kerr‐type nonlinear response and illuminated by an external electric field is reported. It is shown that… Click to show full abstract
The route to chaos of a plasmonic dimer formed of two identical nanoparticles with Kerr‐type nonlinear response and illuminated by an external electric field is reported. It is shown that this system has a complex dynamical behavior with chaotic nature. This complexity is analyzed using Lyapunov exponents, the Kaplan–Yorke dimension, and correlation dimensions. The existence of familiar period‐doubling sequences route to chaos is pointed out, and domains corresponding to the onset of period doubling and chaos in the plane of parameters are evidenced.
Journal Title: Annalen der Physik
Year Published: 2020
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