Due to the large computational resources required, with CPU times of the order of several days, full-wave optical simulators can be hardly exploited for the modeling and optimization of plasmonic organic hybrid electro/optic modulators. With the aim to drastically reduce such complexity, in this work we present a divide-et-impera strategy reducing the number of FDTD simulations required to perform a full-wave simulation of the modulation response. This framework is demonstrated on 2D simulations of a device inspired by the literature, tracing a viable roadmap towards a computationally sustainable, yet accurate, comprehensive 3D simulation framework.
Towards an efficient simulation framework for plasmonic organic hybrid E/O modulators / Tibaldi, Alberto; Ghomashi, Mohammadamin; Bertazzi, Francesco; Vallone, Marco; Goano, Michele; Ghione, Giovanni. - ELETTRONICO. - (2020), pp. 87-88. (Intervento presentato al convegno 20th International Conference on Numerical Simulation of Optoelectronic Devices (NUSOD 2020) tenutosi a Online conference nel September 2020) [10.1109/NUSOD49422.2020.9217723].
Towards an efficient simulation framework for plasmonic organic hybrid E/O modulators
Tibaldi, Alberto;Ghomashi, Mohammadamin;Bertazzi, Francesco;Vallone, Marco;Goano, Michele;Ghione, Giovanni
2020
Abstract
Due to the large computational resources required, with CPU times of the order of several days, full-wave optical simulators can be hardly exploited for the modeling and optimization of plasmonic organic hybrid electro/optic modulators. With the aim to drastically reduce such complexity, in this work we present a divide-et-impera strategy reducing the number of FDTD simulations required to perform a full-wave simulation of the modulation response. This framework is demonstrated on 2D simulations of a device inspired by the literature, tracing a viable roadmap towards a computationally sustainable, yet accurate, comprehensive 3D simulation framework.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2848467