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Title
| - Mechanistic Analysis of Optimal Dynamic Discrimination of Similar Quantum Systems
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Abstract
| - Optimal dynamic discrimination (ODD) was recently introduced as a technique for maximally drawing outand detecting the differences between similar quantum systems by exploiting their controllable dynamicalproperties. As a simulation of ODD, optimal fields were found that successfully discriminated among similarspecies, but the underlying mechanisms of the process remained obscure. Hamiltonian encoding (HE) hasbeen introduced as a technique for identifying the mechanisms of controlled quantum dynamics. The resultsof a HE based simulation analysis of ODD are presented in this paper. Different types and degrees ofconstructive and destructive interference are shown to underly the controlled discrimination processes. Ingeneral, it is found that successful discrimination relies on more complex interfering pathways for increasinglysimilar systems or increasing numbers of similar quantum systems.
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