Inverse Design of Engineered Materials for Extreme Optical Devices
Contributing USMA Research Unit(s)
Electrical Engineering and Computer Science
Optical devices based on engineered materials can achieve performances not possible with conventional design methodologies. However, these performances come at the cost of relatively unconstrained design spaces which necessitates the development of efficient optimization algorithms. Furthermore, engineered optical devices, as opposed to classical designs, may possess multifunctional behaviors which places additional demands on the optimization algorithms in order to maximize the performance. To this end, two custom state-of-the-art multiobjective optimization algorithms are presented and their application towards the inverse design of engineered materials for the realization of extreme optical devices is discussed.
Campbell, Sawyer D.; Zhu, Danny; Nagar, Jogender; Jenkins, Ronald P.; Easum, John A.; Werner, Douglas H.; and Werner, Pingjuan L., "Inverse Design of Engineered Materials for Extreme Optical Devices" (2018). USMA Research Papers. 7.