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Quantum system identification by local measurements

A. Sone

Ph.D. thesis, Massachusetts Institute of Technology (2019)

Abstract

Quantum information processing, including quantum computation, quantum communication, and quantum metrology, is expected to be the next-generation information technology capable of outperforming classical devices. The physical platform for quantum information devices requires many-body quantum systems with many interacting qubits (two-level systems), and several experimental systems have been actively studied in recent years for realizing such scalable quantum information processors. Reliable quantum information processing essentially requires robust initialization of the quantum system, robust control protocols and precise measurement. As these indispensable tasks strongly depend on the physical properties and dynamics of the quantum system, the precise characterization of the experimental system, namely quantum system identification, is a crucial prerequisite.

BibTeX

@PhdThesis{Sone19t, author = {Sone, Akira}, school = {Massachusetts Institute of Technology}, title = {Quantum system identification by local measurements}, year = {2019}, }