Efficient numerical algorithms for virtual design in nanoplasmonics

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Efficient numerical algorithms for virtual design in nanoplasmonics

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Nanomaterials have given rise to many devices, from high-density data storage to optical bio-sensors capable of detecting specific biochemicals. The design of new nanodevices relies increasingly on numerical simulations, driving a need for efficient numerical methods. In this work, integral equations are used to efficiently solve the electromagnetic transmission problem at the interface of a dielectric and a periodic metal nanostructure. Derivative-free trust-region methods are then used to optimize the geometry of the nanostructure.


University of Minnesota Ph.D. dissertation. March 2017. Major: Mathematics. Advisor: Fadil Santosa. 1 computer file (PDF); vi, 96 pages.

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Ortan, Alexandra. (2017). Efficient numerical algorithms for virtual design in nanoplasmonics. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/188915.

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