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Systematic Tuning Mechanisms with Aperiodic and Disordered Plasmonic Nanostructures
- Program: Electrical and Computer Engineering
- Course: EN.520.498 ECE Senior Design
- Year: 2024
Project Description:
This work focuses on systematically adjusting properties of aperiodic, disordered, or random lattices to tune the spectral responses of 2D plasmonic arrays. We investigate a broad variety of structures that we group into ordered, uncorrelated, repulsive, and attractive classes. We demonstrate that uncorrelated structures can result in smoother optical spectra as a structure becomes more disordered. However, this smoothness is limited, and can be further tuned by an order of magnitude via attractive point processes.
Project Photo:
NanoEnergy Lab with which this project was conducted.