Development of a josephson parametric amplifier usingquantum and classical approaches
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Abstract (EN)
In quantum signal processing, parametric amplifier topologies can be utilized as entangled-photon generators, frequency converters, isolators, or broadband amplifiers. The parametric amplifier and entangled-photon regimes are studied both theoretically and empirically in this thesis. It is investigated if traditional circuit simulations and Hamiltonian-based input-output theory are consistent. Time and frequency domain electromagnetic studies, mask layouts, and chip micrographs are provided. Gain, noise temperature, bandwidth, and two-mode quantum correlations are measured in the manufactured devices, and the outcomes are compared with theoretical predictions. Keywords: Parametric amplifier, Entanglement, Cryogenic measurement, Design, Simulation
Author
Emre Küçükyılmaz
Institution
How to Cite
Emre Küçükyılmaz (Master Thesis). Development of a josephson parametric amplifier usingquantum and classical approaches, 2025, TOBB Economics and Technology University.
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