Topology of a Cooper Pair Transistor

Master thesis (2021)

Authors

R. Draškić Applied Sciences

Contributors

A.R. Akhmerov QN/Akhmerov Group - AS (mentor)
G.A. Steele QN/Steele Lab - AS (graduation committee member)
M.T. Wimmer QRD/Wimmer Group - QuTech Advanced Research Centre (graduation committee member)
Valla Fatemi Yale University (graduation committee member)
Faculty
Applied Sciences, Applied Sciences
Copyright: © 2021 Radoica Draškić
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Published Date

27-05-2021

Language

English

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Faculty

Applied Sciences

Abstract

Superconducting quantum circuits came out as promising candidates for the exploration of topological phenomena that are currently inaccessible in condensed
matter systems. One such circuit is a Cooper pair transistor which has already
been widely studied in different regimes of operation due to its importance in
quantum computation. However, it has only recently been appreciated that
a Cooper pair transistor hosts a non-trivial Chern number and topologically
protected current switching behavior. We provide here a more detailed analysis
of Cooper pair transistor operation for different parameter regimes and explore
the quantized ac current.

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