Results - Robustness of Energy Landscape Control - Sensitivity vs RIM
Sean Patrick O'Neil and Irtaza Khalid and SM Shermer and Frank C Langbein

@misc{spinnet-results-robustness-of-energy-landscape-control-sensitivity-vs-rim,
title= {Results - Robustness of Energy Landscape Control - Sensitivity vs RIM},
journal= {Qyber{textbackslash}black},
author= {Sean Patrick O'Neil and Irtaza Khalid and SM Shermer and Frank C Langbein},
year= {2026},
url= {https://qyber.black/spinnet/results-robustness-of-energy-landscape-control-sensitivity-vs-rim},
abstract= {Recent achievements in quantum control have resulted in advanced techniques for designing controllers for applications in quantum communication, computing, and sensing. However, the susceptibility of such systems to noise and uncertainties necessitates robust controllers that perform effectively under uncertainty conditions to realize the full potential of quantum devices. The time-domain log-sensitivity and a recently introduced robustness infidelity measure (RIM) are two means to quantify controller robustness in quantum systems. The data in this repository was generated by the code located at https://qyber.black/spinnet/code-robustness-of-energy-landscape-control-sensitivity-vs-rim and used for:},
keywords= {'quantum control'},
terms= {},
license= {https://creativecommons.org/licenses/by-sa/4.0/},
superseded= {},
note= {Contents of the main branch at commit ddc08d09adc9, git-lfs resolved and .git removed. Hosted and seeded by Qyber{textbackslash}black.}
}