Teaching interests

Curriculum development goals at the graduate level include: quantum mechanics as a framework for physical modeling based on non-commutative probability theory with implications for measurement theory, statistical mechanics and information science; control-theoretic approaches to model reduction as a class of fundamental new tools for non-equilibrium statistical mechanics; nanophotonic circuit theory based on the QSDE formalism of coherent-feedback quantum control, with applications to robust ultra-low-power signal processing.

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