Diseño y optimización de componentes fotónicos integrados utilizando un simulador con bajo coste computacional

Abstract

[ES] Fabrication variation and variation in grown layer thickness translates into phase errors in integrated photonic devices. These unwanted phase variations lead to a deviation in fabricated device performance as compared to the designed and desired outcome, for example ¿ a nanometre variation in in fabrication leads to equivalent shifts in ring resonator spectral response. The goal of this project is to investigate novel design techniques to achieve fabrication tolerance and high-performance photonic components for future large-scale systems.

[EN] Fabrication variation and variation in grown layer thickness translates into phase errors in integrated photonic devices. These unwanted phase variations lead to a deviation in fabricated device performance as compared to the designed and desired outcome, for example ¿ a nanometre variation in in fabrication leads to equivalent shifts in ring resonator spectral response. The goal of this project is to investigate novel design techniques to achieve fabrication tolerance and high-performance photonic components for future large-scale systems.